Instructions
During Weeks 3 and 4, you learned about various qualitative research designs. This week, you will build on this knowledge. Select two of the five research designs. Define and explain the features of each design using the resources provided and three other quality resources. Next, develop data collection processes for each of the selected designs that include discussions of sample size, sampling technique, data collection materials, and instrumentation. You can include diagrams if you would like.
You are already familiar with the types of instruments used in quantitative data collection, but these are distinctly different from what is useful in qualitative studies. Qualitative instruments must be structured so that you are collecting deep and broad data to fully understand the research question. In most cases, you must design an instrument to extract specific experiential information from your participants. Data collection can occur through face-to-face interviews, focus groups, or observation; there are also other ways to select qualitative data.
When constructing your data collection plan, it must be clear and it must contain all the steps that you will take when collecting information from your participants. You will have to include any secondary data that you will collect. Secondary data can include documents or other evidence that can contribute to understanding the central phenomenon under study. How will you ensure a data saturation? Remember, practices like member checking, follow-up interviews, or transcript review are used by qualitative researchers to ensure data saturation.
Ultimately when writing this section of your study, it must be logical, repeatable, and reproducible. Every research decision must be based on accepted research practices; remember to include sources in your research plan to demonstrate the depth of your knowledge and the support of the academic community.
Length: 4-5 pages, not including cover and references pages.
Your assignment should demonstrate thoughtful consideration of the ideas and concepts presented in the course and provide new thoughts and insights relating directly to this topic. Your response should reflect scholarly writing and current APA standards. Be sure to adhere to Northcentral University’s Academic Integrity Policy.
References
Faulkner, C. A., & Faulkner, S. S. (2019). Research methods for social workers: A practice-based approach (3rd ed.). New York, NY: Oxford
Given, L. M. (2008). The SAGE encyclopedia of qualitative research methods (Vols. 1-0). Thousand Oaks, CA: SAGE Publications, Inc
NCU School of Business Best Practice Guide for Qualitative Research Design and Methods in Dissertations 2nd Edition
Sikkens, E., van San, M., Sieckelinck, S., Boeije, H., & de Winter, M. (2017). Participant recruitment through social media: Lessons learned from
Qualitative data analysis and CAQDAS. (2014). In Silver, C., & Lewins, A. Using software in qualitative research (pp. 9-34). 55 City Road, London
SAGE Research
Methods
The SAGE Encyclopedia of Qualitative Research
Methods
Pub. Date: 2012
Product:
DOI:
https://dx.doi.org/10.4135/9781412963909
Methods: Artistic inquiry, Action research
Disciplines: Anthropology, Business and Management, Criminology and Criminal Justice, Communication
and Media Studies, Counseling and Psychotherapy, Economics, Education, Geography, Health, History,
Marketing, Nursing, Political Science and International Relations, Psychology, Social Policy and Public Policy,
Social Work, Sociology
Access Date: January 24, 2023
Publishing Company: SAGE Publications, Inc.
City: Thousand Oaks
Online ISBN: 9781412963909
© 2012 SAGE Publications, Inc. All Rights Reserved.
https://dx.doi.org/10.4135/9781412963909
When undertaking qualitative research, the scholar/researcher has a multiplicity of roles and responsibilities,
often enacted simultaneously. Many of these roles are so intuitive and commonly understood that they are
rarely discussed in standard methods texts. However, other roles, particularly the role of the researcher in
relation to study participants, have generated a great deal of controversy and angst and have been debated
endlessly across all of the disciplines in which qualitative research has both epistemological and methodolog-
ical acceptance. The goal of this entry, then, is to make visible the many roles of the qualitative researcher
and to provide a sense of the larger scholarly framework within which these roles are enacted and examined.
The researcher’s roles are discussed in two sections. Tacit roles have to do with the knowledge and com-
monly understood practices that the researcher brings with him or her to the study concerning how scholarly
research should proceed. In any of the tacit roles, the researcher is the recognized expert who must ensure
that the research proceeds according to accepted standards and procedures. Interactionist roles, on the other
hand, have to do with how the researcher conceptualizes and frames his or her role in relation to study par-
ticipants and what effect the researcher’s presence might have on the thoughts and actions of research par-
ticipants and the knowledge that accrues from the study. The interactionist issues that arise are considered
reflexively by the researcher, who then must make a decision about how best to proceed given the unfolding
circumstances of the
research.
Tacit Roles
The researcher’s role begins at the stage of research conceptualization. At this point, the researcher takes on
the role of an informed “ideas” person. The researcher uses his or her prior knowledge of an area of study
within a discipline, or across more than one discipline, to propose a well-crafted and coherent project with
clearly articulated research questions. The research project could be a stand-alone project for a limited time
frame, or it could be part of a much larger program of study unfolding over a longer period of time, perhaps
a decade or more. In either case, in the role of the “ideas” person, the researcher has a number of respon-
sibilities, the understanding of which is internalized throughout the process of attaining a PhD and develops
further as new research projects are undertaken. Because the vast majority of researchers do have a PhD,
the responsibilities of the ideas person are well understood by all scholars but are rarely discussed. Some of
them
include the following:
• Keeping current and abreast of the scholarly literature (including philosophical discussions, theoreti-
cal developments, and research findings) related to the topic under consideration
• Maintaining a critical awareness of the issues/questions needing further examination
• Having a thorough understanding of the parameters of qualitative research
• Proposing a project that is manageable and can be completed successfully
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• Ensuring that the research will be conducted according to accepted methodological and ethical stan-
dards
• Seeking appropriate funding so that an investigation can be done as fully and thoroughly as possible
• Ensuring that the research is meaningful in terms of its contribution both to the discipline in particular
and to knowledge or society in general
The qualitative researcher maintains the role of ideas person throughout the study, constantly and reflectively
blending the theoretical framework(s) of the study with the qualitative observations to provide new and/or
unique interpretations of how participants come to develop certain meanings and practices within their social
worlds.
Although the role of the ideas person is always present, once the research project begins, the researcher also
may assume a number of other roles. Foremost among these are the rather overlooked, but very important,
roles of research administrator and manager. All qualitative research projects, whether done as solo projects
or by collaborative teams, have myriad administrative aspects such as keeping track of expenditures, hiring
assistants and supervising them, paying attention to reporting requirements for grants, preparing survey in-
struments, organizing transportation, purchasing any necessary equipment and/or software, sending out ad-
vertisements or letters of contact and of thanks for participation, and a variety of other necessary paperwork.
In some cases the researcher has a great deal of responsibility for these tasks, whereas in other cases a
hired project director or another staff member looks after these details in consultation with the researcher.
Nonetheless, even if not attending to all of these details himself or herself, the researcher needs to be cog-
nizant of the progress made on administrative matters to ensure that the project moves forward satisfactorily.
Whereas there is some overlap with the administrative role, the managerial role is distinct and draws on slight-
ly different knowledge and expertise. In the managerial role, the qualitative researcher must make ongoing
and important decisions about the conduct and management of the research—decisions that could ultimately
affect the legitimacy of the study’s findings and contributions. Such decisions would include elements such as
research location and timing, access to participants, supervision of research assistants, daily problem solving,
data analysis, and preparation of findings. In the managerial role, the researcher acts as the primary problem
solver, perhaps needing to make a number of important decisions on a daily basis about the conduct of the
research and the intellectual analysis/presentation of the resulting data. Without this crucial role, the research
project could be adversely affected by a number of smaller or larger problems, such as a subtle drift away
from the study objectives, errors in procedure, or the violation of ethical standards, any of which could have
devastating consequences for the academic legitimacy of the study and the reliability of the findings.
Throughout the research project, from conceptualization to implementation to completion, the researcher also
must take on the role of research ethicist. In qualitative research, ethical considerations are paramount and
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cannot be underestimated. The research must be conducted to ensure that human participants are informed
and protected and that there generally will be no adverse affects from their participation (although it must
be noted that this is not always completely controllable given that some study participants may feel various
degrees of upset at recounting their experiences to the researcher). It is the researcher’s responsibility to un-
derstand ethical issues and norms in qualitative research and to ensure that an appropriate ethics protocol
has been approved by his or her institution and that the approved protocol is upheld throughout the research.
The importance of ethical considerations must be communicated to research assistants, who must be trained
to handle any ethical issues that might arise when working with human subjects.
Another important tacit role for the qualitative researcher is that of mentor. The most obvious mentoring role
is with graduate students and other research assistants who are paid to work on the project. In such situa-
tions, the researcher may need to spend a certain amount of time instructing assistants in the best practices
of the particular methodology being used, coaching them on a variety of issues (e.g., good interviewing or
observational techniques, how to take good fieldnotes, what to expect and what to observe in a given setting)
and allowing them to participate in data-related activities such as the development of coding categories and
the actual coding and analysis of the data collected. Graduate research assistants also may be involved in
helping to prepare the results of the study for conference presentations and possibly for publication. Involv-
ing graduate students in the various stages of research does take additional time, but the researcher who is
working with graduate students, particularly at the doctoral level, usually does feel some obligation to enable
the students to learn from the project so that they will have a better idea about managing and conducting their
own research projects later on as their academic careers progress. Similarly, the researcher who is a principal
or main investigator may do a certain amount of mentoring with co-investigators who are less experienced
with the administrative requirements and problem solving that accompany larger qualitative research projects.
Interactionist Roles
Qualitative research encompasses a wide range of methodologies, including everything from analysis of vi-
sual media and document interpretation to interviewing and various types of ethnographic observation of hu-
mans in their environments. Despite this range, there is a strong association of qualitative research with the
latter two methodologies, involving either direct one-on-one contact with individuals who have agreed to talk
about their experiences or the incorporation of the researcher into a setting where the people being studied
are going about the business of daily life. Accordingly, the researcher roles that receive by far the most atten-
tion in the scholarly literature have to do with the ways in which the researcher interacts with study participants
and his or her own reflections on those interactions. Although every qualitative research project is unique in
some way because of the questions asked and the type of people studied, there are nonetheless many com-
mon areas of concern related to interactionist roles across a variety of very different qualitative studies.
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There have been a number of different typologies of, and terms for, researcher roles in relation to the people
they study. Lynda Baker, writing about observation as a qualitative research methodology, provides a very
good summary of both the ways in which researcher roles have been conceptualized over time and the prob-
lems associated with each, including roles such as the following:
Nonparticipant: The researcher has no involvement with individuals and observes from a distance, sometimes
via software or other electronic means.
Complete Observer: The researcher is present in the setting but only listens and observes and does not in-
teract. His or her role as a researcher might not be known.
Observer as Participant: The researcher is present in the setting and primarily observes, although some brief
interactions with participants may occur.
Participant as Observer: The researcher actively participates in a number of activities with the group, to the
point where he or she may be identified as a friend or colleague.
Complete Participant: The researcher studies a group in which he or she is already active as a member but
does not reveal his or her research role.
Complete Member: The researcher studies a group in which he or she is or has been active and reveals his
or her role as a researcher.
Although the roles noted are discussed in relation to ethnographic observation, versions of them also may
be evident when doing a study based on interviewing. Regardless of which role the qualitative researcher
assumes and whether or not the research is based on interviewing, observation, or some combination of the
two, there are a number of skills and qualities that the researcher must bring to these roles to be effective.
Renee Fox, reflecting on her five decades as an ethnographic researcher, suggested that the skills that are
paramount for ethnographic fieldwork include skills in observation, interviewing, recording, and remembering;
the ability to be self-reflexive without narcissism; the ability to recognize empathically the connection between
the researcher and the researched; interpersonal skills and an ability not only to listen but also to really hear
what is said and meant; awareness not only of language but also of gesture and silence; an appreciation for
the importance of the routine aspects of social life; and an unwavering work ethic for the many hours that are
necessary to perform the emotional and mental labor required for detailed fieldnotes.
A key issue that always arises and must be navigated by the researcher is that of the “insider” versus “out-
sider” role. Insiders are individuals who either have experienced or have knowledge about the issues being
studied (e.g., domestic violence) or have membership in the group being studied (e.g., persons with AIDS,
a particular ethnic group). As insiders, study participants know firsthand about the concerns, feelings, so-
cial norms/conventions, beliefs, daily activities, and/or cultural practices related to the issue or group. Re-
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searchers who have no personal experience with a particular issue or are not members of a particular group
are outsiders. The insider/outsider dichotomy raises a number of dilemmas regarding the role of the re-
searcher having to do with issues such as acceptance, trustworthiness, and the impact of insider or outsider
status on the perceptions of participants. Some authors believe that it is essential to maintain some element
of the outsider role (i.e., academic or intellectual distance) throughout the study, whereas others insist that the
qualitative researcher’s role as an objective and dispassionate observer is not always realistic, achievable, or
even desirable. Arguments have been made that, particularly if researchers are insiders, claiming any sort of
objectivity or distance can actually inhibit accurate perceptions and observations. In such cases, researchers
are encouraged to demonstrate their understanding of the complexities of the situation, thereby increasing
the integrity of the study and their findings. Most researchers come to an awareness and acceptance of their
insider or outsider status and deal with the implications of that status (and possible shifts in it) throughout their
research.
The role as an insider or outsider is only one of many possible interactionist roles that might confront the
researcher during the course of a qualitative study. Some of these additional roles may be assumed by the re-
searcher, whereas others may be assigned to the researcher by participants. In the latter case, the researcher
may need to actively discourage participants from thinking of him or her in a particular role that could be po-
tentially harmful to the study, to the participants, and/or to the researcher. Some of the most common roles
include the following:
Friend. Much has been written about the difficulties of having friends as participants or informants in a study
or of using a friend as an access mechanism into a group. Nonetheless, particularly with a long and in-depth
study, the researcher may develop a bond with at least one participant that develops into a true friendship.
Although some authors think that there is nothing inherently wrong with a friendship arising from research, it
may complicate the study in that the researcher then must be aware of how a developing friendship may alter
the situation and/or the accounts of participants. The researcher also must come to terms with the fact that he
or she cannot freely share everything about the research with a participant who is, or has become, a friend.
Mentor. On occasion, the researcher may take on a mentoring role with study participants. For instance, in
his study of African American high school students, Marc Hill noted that his previous role as a teacher caused
some of the students to seek him out for advice and a sympathetic ear, thereby giving rise to a mentoring role
that he had not anticipated.
Negative Agent. There is always the risk that the researcher’s mere presence will alter the behavior of partic-
ipants or the conditions of their social setting in some way. This can be particularly true in an intimate setting
such as the home. The term negative agent was coined by Amy Jordan, who noted in her study of media use
in the home that her presence as a researcher seemed to escalate the tensions among family members and/
or cause them to rethink their roles in the family. It is very possible that the researcher may unwittingly take
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on a role as a negative agent by causing participants to reflect on their beliefs or their social conditions.
Parent. Particularly in qualitative research involving children, researchers who are themselves parents may
come to feel a great attachment to their participants. Deborah Ceglowski, for example, described how she fell
in love with one particular child during her research at a Head Start program and how she struggled to sep-
arate her researcher self from her parent self. This struggle also affected her role as a participant observer
staff member at the program in that she sometimes felt that the full-time staff members were not doing what
was best for this child.
Professional. A researcher who has a previous professional identity may find that the other role as a pro-
fessional can aid him or her in gaining access to a community where that professional role is recognized.
Because of the researcher’s prior work experience, he or she may be regarded as a knowledgeable profes-
sional who truly understands the issues within a particular environment, and so participants are willing to re-
ally open up about their experiences in that setting. On the other hand, a researcher’s prior professional role
may arouse suspicion. Will participants’ thoughts and feelings be kept confidential, or will the researcher im-
part information to management? In such situations, the qualitative researcher may need to work extra hard
to reassure participants that a prior professional role does not in any way compromise participants’ personal
situation.
Social Activist. Although there is general agreement that an interventionist role is to be avoided, there are
some instances where taking a social or political activist stance is the only way to move the research forward
or is the only morally appropriate course of action. In their work within a Navajo community, Bryan Brayboy
and Donna Deyhle noted that naming the racism that they observed and that participants recounted to them
was the only way to develop a complete understanding of the educational problems faced by Navajo youth.
Although there were repercussions to their stance, the authors nonetheless believed that to take any other
position would have been irresponsible and would have weakened the research findings. Similarly, some re-
searchers have found themselves taking a socially active role when participants are in a dangerous or critical
situation.
Therapist. Of all the roles thrust on the researchers by participants, the role of therapist is the one that is uni-
versally disavowed and deemed to be the most problematic. Particularly when using a one-on-one interview
methodology, the researcher may be privy to painful memories and incidents that participants have never dis-
closed previously. Similarly, in an observational study, the researcher may feel a great desire to intervene in a
situation to improve things for participants. Fox referred to this as the “therapeutic temptation.” Being regard-
ed as a therapist puts the researcher in a precarious position because he or she is not trained as a therapist
and the purpose of the research is not to provide therapy even when participants clearly need assistance.
Also frequently discussed in the qualitative literature is how the researcher’s role is a component of the dif-
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fering power or social relations between the researcher and research participants. Power imbalances can
arise because of demographic differences between the researcher and study participants, including social
class, race, ethnicity, and level of education. Power differences also can be related to a perceived inequality
between the researcher (who is the authoritative figure and is in control of the study) and participants (who
provide the raw material for the study). The qualitative researcher needs to build a bridge to the study par-
ticipants so that they will trust him or her and will reveal aspects of the issue being studied or allow the re-
searcher to observe their regular practices. The researcher builds this bridge by a number of means, including
demonstrations of empathy, nonjudgmental interest, caring, honesty, and openness. However, no matter how
empathetic the researcher or how trusting the participants, there is still an unequal balance of power. The
researcher is responsible for the study, and the participants might not be entirely sure what the researcher
is going to do with the information given or the observations made or how the researcher will interpret and
describe their accounts. Participants also may feel that they are not getting enough back or are not being
adequately compensated for the disclosure of their life experiences to the researcher.
In situations where participants have come to view the researcher as an insider and/or a friend, the power
imbalance may be even more apparent when the researcher suddenly seems to revert to the researcher role.
Numerous authors have commented that their participants have become uneasy or disappointed when, dur-
ing mundane and friendly conversations, the researchers began to take notes or pulled out a tape recorder. In
these cases, participants often comment that the researchers put on their “researcher hat.” In such situations,
participants can feel betrayed that the bond they feel is really not reciprocal and that it is only business as
usual for the researchers. Similarly, the researchers may feel guilty that they have ruined critical moments in
their developing relationships with participants. Many researchers have recounted that, having had this expe-
rience once, they ensure that they do not again revert to the researcher role during routine friendly encounters
with participants. However, there are also just as many accounts of researchers running into the washroom
or to another private place and writing down as much of those sorts of conversations as they can accurately
recall. This illustrates the fine line in qualitative and ethnographic research between the researcher becoming
so familiar to participants that they think of him or her as a normal part of their setting and the researcher
using participants as a pathway into a particular worldview or set of practices.
Although much of the discussion about the researcher’s role centers on the researcher’s interactions with,
and obligations to, participants, in some settings the researcher’s role may actually be co-opted and used by
participants themselves. Often this happens when the researcher also has a professional identity (e.g., health
care professional, engineer, teacher) that is recognized by participants. For instance, Carol Haigh and her col-
leagues suggested that some participants in their study of postoperative epidural pain management used the
researcher to further their own agendas such as by asking the researcher to bring their concerns/grievances
about their care to someone in a position of higher authority within the clinical setting or asking for clarification
of medical information given to them. The researcher should always be aware that participants may have their
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own reasons for participating in the research and that they have the right to question the researcher’s motives
and practices.
Finally, it should be noted that the researcher has a reflexive role in conducting qualitative research. Reflexiv-
ity concerns the need for the researcher to reflect on his or her role(s) and on the general nature of the rela-
tionship between the researcher and the studied. Qualitative researchers understand that they need to think
about the epistemological assumptions, theoretical frameworks, and personal values/beliefs that they bring
to their research. This involves careful reflection on issues such as the way(s) in which researchers position
themselves in relation to the study participants, the way(s) in which participants in turn position themselves
in relation to the researcher, and the researcher’s interpretations of participants’ life experiences. Although a
certain amount of reflexivity about the researcher’s role has always been a component of qualitative research,
within the past 15 years or so, qualitative research has taken an unprecedented reflexive turn during which a
reflexive lens has been brought to bear on virtually every aspect of the qualitative research process.
• roles
Gloria Leckie
See also
Document Analysis
Ethics
Ethnography
Insider/Outsider Status
Observational Research
Power
Project Management
Reflexivity
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https://methods.sagepub.com/reference/sage-encyc-qualitative-research-methods/n120.xml
https://methods.sagepub.com/reference/sage-encyc-qualitative-research-methods/n140.xml
https://methods.sagepub.com/reference/sage-encyc-qualitative-research-methods/n150.xml
https://methods.sagepub.com/reference/sage-encyc-qualitative-research-methods/n216.xml
https://methods.sagepub.com/reference/sage-encyc-qualitative-research-methods/n295.xml
https://methods.sagepub.com/reference/sage-encyc-qualitative-research-methods/n335.xml
https://methods.sagepub.com/reference/sage-encyc-qualitative-research-methods/n343.xml
https://methods.sagepub.com/reference/sage-encyc-qualitative-research-methods/n377.xml
Researcher as Instrument
Researcher–Participant Relationships
Researcher Sensitivity
Visual Research
Further Readings
Baker, L. (2006)., 55 (1). 171–189. Brayboy, B. M., & Deyhle, D. (2000)., 39. 163–169. Ceglowski, D. (2000).,
6. 88–103. Fox, R. (2004)., 595. 309–326.
Gilbert, K. R. (Ed.).(2001).The emotional nature of qualitative research (Innovations in Psychology series).
Boca Raton, FL: CRC Press.
Haigh, C., Neild, A., & Duncan, F. (2005)., 12 (4). 71–81.
Hesse-Biber, S. N., &Leavy, P.(2004).Approaches to qualitative research: A reader on theory and prac-
tice.New York: Oxford University Press.
Hill, M. L. (2006)., 12. 926–949. Jordan, A. (2006)., 6. 169–185. Watts, J. (2006)., 6. 385–402.
https://dx.doi.org/10.4135/9781412963909
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Tacit Roles
Interactionist Roles
Further Readings
Article
Participant
Recruitment through
Social Media: Lessons
Learned from
a Qualitative Radicalization
Study Using Facebook
Elga Sikkens1, Marion van San2, Stijn Sieckelinck1,
Hennie Boeije3, and Micha de Winter1
Abstract
Social media are useful facilitators when recruiting hidden populations for
research. In our research on youth and radicalization, we were able to find
and contact young people with extreme ideals through Facebook. In this
article, we discuss our experiences using Facebook as a tool for finding
respondents who do not trust researchers. Facebook helped us recruit
youths with extreme Islamic and extreme left-wing ideals. We conclude
by discussing the benefits and limitations of using Facebook when searching
for and approaching populations who are difficult to reach.
1 Department of Pedagogical and Educational Sciences, Utrecht University, Utrecht,
the Netherlands
2 Risbo, Erasmus University Rotterdam, Rotterdam, the Netherlands
3 Department of Methodology and Statistics, Utrecht University, Utrecht, the Netherlands
Corresponding Author:
Elga Sikkens, Department of Pedagogical and Educational Sciences, Youth, Education and
Society, Utrecht University, PO Box 80140, 3508 TC, Utrecht, the Netherlands.
Email: e.m.sikkens@uu.nl
Field Methods
2017, Vol. 29(2) 130-139
ª The Author(s) 2016
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How do you approach potential respondents who do not trust you? Some
target groups are, after all, very suspicious about research that might be
initiated or financed by the government. For example, people with extreme
ideals often distrust people outside their own networks because they distrust
the authorities and can, therefore, be difficult to find in radicalization
research and hard to approach (Berko 2009; Juergensmeyer 2003; Richard-
son 2006; Stern 2003). Social media have turned out to be useful facilitators
when trying to recruit hidden populations for research. The purpose of this
article is to discuss our experiences of using Facebook as a tool for finding
respondents with extreme ideals who do not
trust researchers.
In our research on parental influence on radicalization, we tried to recruit
adolescents and young adults with extreme ideals. However, the often-used
snowball sampling in fieldwork did not work for our
research population.
The young people with extreme ideals were very protective of their own
group; passing on names of group members was not acceptable.
We therefore searched for other methods to find potential
respondents.
Many researchers have found that the use of social network sites can be a
useful method to recruit a difficult-to-reach population (Barratt et al. 2015;
Masson et al. 2013; Palys and Atchinson 2012; Parkinson and Bromfield
2013; Seltzer et al. 2014). Still, to our knowledge, little is known about the
use of social networking sites for the recruitment of adolescents and young
adults with extreme ideals. However, as young people are very active on
social media and the Internet is often used for propagating radical ideolo-
gies (Prucha and Fisher 2013), the Internet seemed to be a good place to
start our field research and to find respondents.
We focused on Facebook because it is where people present themselves
in their profiles, share their opinions, meet other users, and join groups with
shared interests (Leung 2013). Since the personal profiles often reveal what
is on a person’s mind, this seems to be a place where people with extreme
ideologies could be found (Van San 2015).
Social networking sites would be particularly useful when searching for
respondents who are stigmatized or marginalized in the off-line world as
their isolation would push them toward social contacts in the virtual world
(Palys and Atchinson 2012). Thus, due to their marginalized position in
society—caused by their radical views—respondents with extreme ideals
are possibly found online more easily as they prefer to stay under the radar
in the off-line world. Furthermore, approaching respondents online could
help in building trust because the younger generation tends to prefer online
messages as these give people ‘‘just the right amount of access, just the right
amount of control’’ (Turkle 2011:15).
Sikkens et al. 131
In this article, we share our experiences of using Facebook as a tool for
recruiting respondents who do not easily trust researchers. We address the
question as to how Facebook can help the search for and approach to
respondents who are difficult to reach due to a lack of trust.
In the first section of this article, we discuss the method we used to find
and approach our respondents. Second, we elaborate on the results of using
Facebook to recruit young research participants with extreme ideals. In the
concluding section, we discuss the pros and cons of using social networking
sites in searching for respondents who do not trust you.
The Current Study
The fieldwork described in this article is part of a follow-up study on the
development of extreme ideals in adolescents and young adults (Van San
et al. 2013). Our aim was to study parental influence on radicalization, and
we therefore sought to interview a minimum of 50 young people with
extreme ideals as well as their parents. In our research, we understand
extreme ideals to be ‘‘ideals that are severely at odds with those of their
family and/or the mainstream’’ (Sieckelinck et al. 2015:330).
The research was conducted in Flanders (Belgium) and the Netherlands
between January 2012 and March 2015. We used Facebook to find and
approach the research population, and we recruited young respondents
online between February 2012 and July 2013.
Method
Recruitment and Inclusion Criteria
We searched Facebook to find young people between 15 and 30 years old
who showed extreme ideals on their profile. We interviewed adolescents
and young adults with extreme right, radical Islamic, or extreme left-wing
ideals. Our research focused on people with various types of extreme ideals,
as growing evidence reveals that the processes of radicalization among
widely divergent groups show parallel developments (Gielen 2008; Van
San et al. 2013).
Procedure
Many researchers feel uncomfortable about revealing private information,
especially when the research concerns people in the fields of radical politics
or criminality. It may be tempting to use anonymous Facebook profiles to
132 Field Methods 29(2)
observe and contact potential respondents, but this goes against the ethical
guidelines of research. Also, transparency is essential in building trust. A
possible solution to proceed on Facebook would be to create a neutral
researcher Facebook profile.
We created three of these Facebook accounts in which we presented
ourselves as researchers. We chose neutral but explanatory names: For
example, a name on one of our profiles was ‘‘PhD-student Utrecht.’’ On
our profiles, we explained who we were and what our research was about.
We generated separate profiles to approach different ideological groups. A
single Facebook account would not have been sufficient because right-wing
oriented people would certainly not trust a person who also shows interest in
Islamists and has anarchistic Facebook friends. However, when we met the
respondent face-to-face for an interview, we were open about our approach
to people from a range of different ideologies.
Subsequently, we searched Facebook for respondents. We traced poten-
tial respondents by visiting relevant group pages. We found these group
pages by using the following example key words in our search: Groene
Vogels [Green birds], Shariah4Belgium, Shariah4Holland, Dutch Oi, Fitna,
Anarchistische groep Amsterdam [Anarchistic group Amsterdam], Anti
Dierproeven coalitie [Anti Animal Testing Coalition], Kraken gaat door
[Squatting goes on]. We then visited these pages and selected people who
posted messages on the group page or who ‘‘liked’’ extreme posts. We then
looked at these people’s personal profiles and checked whether they were
explicit about their ideals on their profile. For example, the adolescents and
young adults were approached if their profiles showed adulation of martyr-
dom, white supremacy, or antigovernment claims.
Next, we sent potential respondents a private Facebook message to ask
them for an interview. In this message, we explained who we were and the
purpose of our study. Rather than using terms such as ‘‘radical ideals’’
(which might imply a security perspective that considered their ideals as
unwanted and dangerous), we asked the potential participants about their
‘‘strong ideals.’’
We had two reasons for using this approach: a theoretical one and a
practical one. The theoretical reason was that a lot of research on radicali-
zation is conducted from a security perspective (Schmid and Price 2011), in
which scholars try to find ways of counteracting radicalization. From this
perspective, young people who develop strong or extreme ideals are often
considered to be radicals and are thought of as potential dangers to society.
However, by simply considering adolescents and their ideals to be danger-
ous, one overlooks the fact that ideals, even radical ones, are part of a
Sikkens et al. 133
democratic discourse, and that some idealistic young people simply want to
be actively involved in their communities (Van San et al. 2013). We there-
fore chose to approach our respondents as young people with strong ideals,
rather than as radicals.
A practical reason for this approach was that we learned from previous
research (Van San et al. 2013) that words like ‘‘radicalization’’ can stand in
the way of finding respondents. However, our respondents were eager to
talk to us when we told them about our parenting perspective and asked
them about their strong ideals. The online use of words such as radicaliza-
tion could also put the respondent at risk, as some may be monitored by
security services.
Delicacy of wording in the recruitment message was important for
obtaining trust. We stressed to our respondents that we are working for a
university, as universities are usually perceived as neutral institutions.
Moreover, we communicated that we are writing a book instead of doing
research. We did not use the Dutch word for research, onderzoek, because it
could also mean ‘‘investigation,’’ which has strong connotations with police
and security services. In the text, we tried to avoid any normative judgments
toward their ideologies and chose an open-minded approach. Moreover, we
promised the respondents confidentiality and anonymity (see Figure 1).
The people we interviewed were quite suspicious about the government,
institutions, and researchers. It was therefore impractical to ask them to
complete a written informed consent form. However, all our respondents
gave verbal consent to participate in our research. We also received parental
consent for participants who were between 16 and 18 years old. We anon-
ymized all interviews to reduce any possible harm to the respondents by
changing the interviewees’ names and leaving out details that could identify
them. Furthermore, all participants were informed that they could contact us
at any time for further questions and could terminate their participation in
the research whenever they pleased. Two respondents did this.
Figure 1. Recruitment text used in our research.
134 Field Methods 29(2)
Results
Between February 2012 and July 2013, we recruited over 80 respondents.
Fifty-one of the respondents we interviewed were adolescents and young
adults with extreme ideals, 33 of whom were recruited through Facebook.
The other 18 young respondents were recruited in traditional ways at
demonstrations or gatherings. We also interviewed 30 parents, foster par-
ents, and siblings whom, in general, we approached through the young
respondents.
Through Facebook, we were able to recruit 19 young people with
extreme Islamic beliefs, seven people who sympathized with extreme
right-wing ideas, and seven people who were involved in animal activism
or who supported anarchism. The age of the respondents we recruited
through Facebook ranged from 16 to 31 years, with a mean age of 20.5
years. Twenty-one of these respondents were male and 12 were female.
Making Contact
When approaching a potential respondent, we usually sent one invitation
message and after receiving a positive reply, one or two more messages
were sent to arrange a time and place to meet for an interview. We found
that it took far fewer messages to convince people with extreme Islamic
ideals to participate in the research (usually just one), and a lot more
messages if we approached young people with extreme left-wing ideals.
In general, approximately four out of 10 messages were answered.
Although Facebook was very useful in helping us approach respondents
with strong ideals, it did not enable us to approach all groups. Young people
with extreme right-wing sympathies were, for example, difficult to find on
Facebook. They seemed to prefer their own closed and anonymous com-
munity forums, such as Stormfront, rather than Facebook. When we tried to
approach extreme right-wing respondents on Stormfront, all members were
warned within the hour that researchers had tried to contact members. As
noted in the forum, ‘‘Or maybe it was the Secret Service?’’
We found that Facebook is a more open medium than group forums
such as Stormfront in that all layers of society and different generations
use Facebook. Adolescents and young adults with left-wing ideals and
(converted) young Muslims were easy to find on Facebook. One might
imagine that people with extreme ideals would keep their profiles private
so as not to be discovered by the police or secret services, leaving the
researcher with the less extreme public Facebook profiles. Contrary to this
Sikkens et al. 135
assumption, we found that a considerable number of the people with extreme
left-wing and Islamic ideals had made their Facebook profiles public.
Convincing Respondents to Participate
One extreme left-wing female respondent we were trying to convince to
participate in our research refused because she had seen our LinkedIn pages
and found that one of our team members used to work for the local police as
an administrator. So it is important to consider your online persona when
approaching respondents who do not trust you.
Furthermore, we found that Islamic young people were especially enthu-
siastic about participating in our research when we approached them
through Facebook. Their enthusiasm was possibly driven by their desire
to perform Dawah (to spread the word of Allah) but possibly also by the
sincere interest that the researchers showed in their ideals. Left-wing-
oriented idealists, however, were easy to find but hard to convince to
participate in our research. Afraid that it would be government-led research,
they often refused involvement. However, in a few cases, the person was
eventually persuaded to meet us after extensive messaging and chatting on
Facebook. Despite the use of social media, fieldwork within radicalization
research remains a long-term effort; a researcher has to be persistent.
Discussion
In this article, we have shared our experiences of using Facebook as a tool
for finding and approaching respondents who do not trust researchers. In
keeping with Barratt et al. (2015) and Masson et al. (2013), we found that
the use of social network sites can help in the recruitment of a hard-to-reach
research population.
A first major benefit was that Facebook profiles gave us a clear idea
about people’s ideals, so we had a better notion of who to invite for inter-
view: Facebook made a hidden population visible.
We did not use advertisement banners that are common in online field-
work, but rather chose a personal approach. We used private messages to
recruit people with extreme ideals because there exist strong privacy con-
cerns among this population, as having extreme ideals usually involves
membership of stigmatized or illegal groups. We therefore assumed that
the chances of these respondents voluntarily replying to an advertisement
were small. Instead, to engage with respondents from the very beginning of
the process, we contacted them personally.
136 Field Methods 29(2)
A second benefit we found was that an approach via a private Facebook
message gave respondents the power to open, ignore, delete, or contemplate
the request in their own time. Potential participants could then quietly
consider whether they were willing to participate in an interview and they
were able to leave ‘‘the field’’ at any time, making the approach less
intrusive.
A third benefit was that the potential respondent did not have to worry
about group members who might be negative about their participation in
research. When the researcher approaches potential respondents during a
demonstration or event, others might notice them talking to a researcher. In
contrast, when he or she is approached by private Facebook message, par-
ticipation is more likely to be anonymous, which is important for respon-
dents who are distrustful of people outside their own network.
However, a concern that scholars need to take into account when using
Facebook for respondent recruitment is their own online persona, as every
researcher is traceable on the Internet. Palys and Atchinson (2012:357) also
warned that ‘‘the door to the Internet opens both ways,’’ so when recruiting
people who are very distrustful, researchers should consider their online
persona before writing to respondents.
A final possible limitation is that in cases where you are not friends on
Facebook, messages are sent to the ‘‘other folder.’’ Potential respondents
are then not signaled that they have e-mail. However, by paying $1, you can
send your message directly to someone’s inbox.
In Table 1, we have summarized some guidelines for approaching
respondents who do not trust people outside of their own networks.
Conclusion
This study provides additional evidence that Facebook can be a facilitator in
finding and approaching potential respondents who are hard to find in the
Table 1. Guidelines for Approaching Respondents Who Do Not Trust You.
� Create a researchers’ Facebook page in order to be transparent
� To build trust use a positive approach toward the research topic
� To build trust use a personal approach instead of an advertisement
� Show sincere interest
� Be persistent
� Researchers should be aware that their online persona is traceable on the
Internet
Sikkens et al. 137
off-line world because they do not trust anybody outside of their own net-
works. Finding potential interviewees through relevant group pages that
they ‘‘liked’’ on Facebook and subsequently sending them a private recruit-
ment message through Facebook turned out to be effective. The identified
guidelines may benefit the future recruitment of respondents who do not
trust researchers.
Acknowledgment
We would like to thank FORUM, the former Dutch Institute for Multicultural
Affairs, for its material and other support for this research project.
Declaration of Conflicting Interests
The author(s) declared no potential conflicts of interest with respect to the research,
authorship, and/or
publication of this article.
Funding
The author(s) received no financial support for the research, authorship, and/or
publication of this article.
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Using Software in Qualitative Research: A Step-by-Step
Guide
Author: Christina Silver, Ann Lewins
Pub. Date: 2017
Product: SAGE Research Methods
DOI:
https://dx.doi.org/10.4135/9781473906907
Methods: Coding, Case study research, Memos
Keywords: software
Disciplines: Anthropology, Business and Management, Criminology and Criminal Justice, Communication
and Media Studies, Counseling and Psychotherapy, Economics, Education, Geography, Health, History,
Marketing, Nursing, Political Science and International Relations, Psychology, Social Policy and Public Policy,
Social Work, Sociology
Access Date: January 24, 2023
Publishing Company: SAGE Publications Ltd
City: 55 City Road
Online ISBN: 9781473906907
© 2017 SAGE Publications Ltd All Rights Reserved.
https://dx.doi.org/10.4135/9781473906907
Qualitative Data Analysis and CAQDAS
This chapter introduces the eclectic field of Computer Assisted Qualitative Data AnalysiS (CAQDAS) in the
context of qualitative research methodology and the techniques of analysis generally. We discuss the prac-
ticalities of research in the software context, outline some basic principles and distinctions which resonate
throughout the book; discuss software developments, debates and functionality; and discuss selected quali-
tative approaches. The remaining chapters build from here, describing some core tasks you might undertake
using CAQDAS packages, illustrated via three case-study examples (Chapter 2). Our overall emphasis is on
the inherent fluidity between the processes involved in analysis and how customised CAQDAS packages re-
flect and reinforce them.
We discuss analysis in the context of technological possibilities. Table 1.1 lists common analytic tasks enabled
by CAQDAS, but software itself does not dictate their sequencing, or whether certain tasks are undertaken or
tools are used. These decisions rest entirely with you, informed by the interplay between methodology, ana-
lytic strategy, technology and practicality.
Table 1.1 Common tasks of analysis supported by CAQDAS packages
Task Analytic rationale
Planning and man-
aging your project
Keep together the different aspects of your work. Aid continuity, and build an audit trail. Later, illustrate your process
and your rigour through transparent writing.
Writing analytic
memos
Manage your developing interpretations by keeping track of ideas as they occur, and building on them as you progress.
Reading, marking
and commenting on
data
Discover and mark interesting aspects in the data as you see them. Note insights as they strike you, linked to the data
that prompted them – enabling retrieval of thoughts together with data.
Searching (for
strings, words,
phrases etc.)
Explore data according to their content. Discover how content differs across data and considering how familiarising with
content helps you understand what is ‘going on’.
Developing a cod- Manage your ideas about your data by creating and applying codes (that represent themes, concepts, categories etc.).
SAGE
© Christina Silver and Ann Lewins 2014
SAGE Research Methods
Page 2 of 32
https://methods.sagepub.com/book/using-software-in-qualitative-research-2e/i1146.xml
Qualitative research and data analysis
Qualitative research is a broad field that crosses disciplinary, methodological and sector-based boundaries,
and it is important to acknowledge the variety contained within it. Different philosophical, theoretical and
methodological traditions underpin the way researchers think about and do analysis. Much work has been
done elsewhere to make sense of these – often competing and sometimes complementary – scientific princi-
ples. If you are new to the area we point you in the direction of the following in particular: Bryman and Burgess
(1994), Creswell (1998), Mason (2002), Bernard and Ryan (2010), Silverman (2010, 2011), Bazeley (2013)
ing schema The structure and function of a coding scheme depends on methodology, analytic strategy and style of working.
Coding
Capture what is going on in your data. Bring together similar data according to themes, concepts etc. Generate codes
from the data level (inductively) or according to existing ideas (deductively) as necessary; define the meaning and ap-
plication of codes.
Retrieval of coded
segments
Revisit coded data to assess similarity and difference, to consider how coding is helping your analysis, and prioritising
‘where to go next’.
Recoding
Recode into broader or narrower themes or categories if appropriate and necessary.Perhaps bring data back together
and think about them differently.
Organisation of data
Organise data according to known facts and descriptive features to allow consideration of how these aspects play a
role in your understanding.
Hyperlinking Link data to other data segments and/or to other files to track process, contradiction, association etc.
Searching the data-
base and the coding
schema
Test ideas, interrogate subsets for similarity and difference, identify anomalies, or generate another level of coding.
Mapping Manage analytic processes by visualising connections, relationships, patterns, processes, ideas.
Generating output
Report on different aspects of your progress and the project at any stage. Save as files to capture status at an analytic
stage, or to work in other applications. Print off to get away from the computer and think and work in more ‘traditional’
ways.
SAGE
© Christina Silver and Ann Lewins 2014
SAGE Research Methods
Page 3 of 32 Using Software in Qualitative Research: A Step-by-Step Guide
and Saldaña (2013). Neither the scientific and philosophical principles nor the disciplinary and methodologi-
cal subtleties within approaches to qualitative research and analysis are the focus of discussion in this book.
However, reflecting on your ontological and epistemological standpoints (i.e. how you understand the world
to work and how you believe it can be investigated) is important in locating and justifying your research. In
reading the literature you will come across many different terms used to define the context and manner of
inquiry, including perspective, framework, approach, strategy, methodology, and method. There are no clear
boundaries between or hierarchical structure to these terms; they overlap and are used differently in particu-
lar contexts. Categorisation of qualitative research in terms of data collection techniques has a long history,
but detailed discussion concerning the processes and procedures involved in analysis (i.e. what we actually
do) has only occurred more recently (Bryman and Burgess, 1994). This book discusses processes and pro-
cedures of analysis specifically in the context of customised software use.
The extent of diversity in the field is well illustrated by comparing the work of three authors, all of whom
wrote during the 1990s yet conceptualised qualitative research rather differently. Tesch (1990) distinguished
27 forms of qualitative research (see Figure 1.1; p. 23). Woolcott (1994) differentiated qualitative research
strategies according to six styles of collecting data (archival strategies, interview strategies, non-participant
observation strategies, participant observation strategies, field study, ethnography). Miles and Huberman
(1994: 7) argue that while a ‘core’ of recurring features exist across qualitative research, they are ‘configured
and used differently in any particular research tradition’. They distinguish between three traditions: interpre-
tivism (including phenomenology, social interactionism, semiotics, deconstructionism, ethnomethodology and
hermeneutics); social anthropology (including ethnography, life history, grounded theory, ecological psycholo-
gy, narrative studies and case-study analysis; and collaborative social research (action research).
The range of ways used to describe qualitative research and analysis illustrates the difficulty of adequately
reflecting the diversity in how general principles intersect to result in specific strategies. Most authors concede
there to be much overlap between the distinctions they draw; there is often even blurring between under-
standings amongst different authors using the same terms. Researchers combine data collection methods in
qualitative research design and borrow elements from various approaches in developing specific strategies
for investigating new social problems or for using different forms of data.
Problems in categorisation systems are illustrated particularly clearly in contemporary writings about mixed
methods. As more authors enter the debate, a tendency to generate increasingly specific categorical systems
to reflect diversity ensues. Increasingly subtle differentiations complexify to such a degree that the area can
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become more difficult to access for novice researchers. Nevertheless, broad overviews and summaries are
important in gaining entry to any field of scientific inquiry.
The use of customised software is not required in order to conduct robust analysis. But its use enables us to
be more transparent in how we go about analysis because the tasks we engage in, their sequence, role and
documentation can be more easily illustrated than when working manually.
The practicalities of research in the software context
The availability of customised qualitative software occurred within a diverse methodological field, which has
only become more varied with digital technology, big data and the rise of applied, commercial and citizen-re-
search. In addition there is increasing discussion of mixed methods approaches to research and analysis and
the use of visual methods. Reflection about of the rise of qualitative software and the implications of its use
must be done in the context of the practicalities of research, in which analysis is understood as a core activity
throughout an iterative process.
Whatever the characteristics of a particular study, there are certain core elements involved in doing research.
Planning is paramount (Box 1.1). Authors usually discuss several aspects in planning and conducting re-
search. Mason (2002), for example, discusses ‘questions of strategy’, ‘generating qualitative data’, and
‘analysing qualitative data’; Boolsen (2006) distinguishes between ‘problem formulation’, ‘research design’,
‘data collection’ and ‘analysis’. In our experience researchers often plan data collection carefully, but neglect
to put the same degree of effort into planning the analysis.
In the context of the use of software, much less has been written about research design than in relation to
qualitative (and, increasingly, mixed methods) approaches more generally. Di Gregorio and Davidson (2008)
wrote the first comprehensive discussion of research design in the specific context of software use that tran-
scends individual products. In further opening up discussion about the role of software in designing and con-
ducting research, we identify six key tasks in setting up a software project to reflect initial research design
(Silver and Lewins, 2014). These tasks reflect the sense in which CAQDAS packages are essentially project
management tools which can be used from the earliest moments of conceiving a research idea, through all
the phases of planning and implementation of analysis to the tasks of writing up an account for publication,
preparing for a conference presentation or organising a thesis (Chapter 2).
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These tasks are: (i) managing and referencing literature; (ii) defining research topic and questions; (iii) repre-
senting theoretical frameworks; (iv) incorporating research materials; (v) defining factual features; (vi) devel-
oping analytical areas of interest. They are inherently interrelated, occurring in tandem rather than as discrete
stages. One of the main benefits of using qualitative software is that flexibility can be built into analytic designs
to reflect changes as projects evolve. This is a common thread through this book. This way of thinking about
setting up a software project emphasises the importance of making explicit what you plan to do and how you
plan to do it. Woolf (2014a) describes these essential elements as the strategies and tactics of analysis.
Managing and referencing literature
Reviewing existing literature concerning your broad topic is a fundamental early task. Technological devel-
opments mean that this process is changing rapidly and significantly. Many journals have electronic versions
providing free or easy access to full-text articles. Bibliographic software has developed to the point that it
is quick and easy to transfer reference lists and online material directly into libraries, along with associated
metadata. CAQDAS packages have also developed significantly in this area, with several now enabling the di-
rect importation of PDF files and references from bibliographic software. Conducting a literature review within
qualitative software is not only feasible, but also incredibly useful. Chapter 5 distinguishes between direct and
indirect handling of literature, via annotating and coding full-text articles and/or developing critical appraisals
about and linking within and between them. However you chose to proceed, integrating literature with the rest
of your work through a CAQDAS package enables you to later systematically compare existing literature with
your analysis.
Formulating the research problem and defining the research questions
Formulating the research problem is more than just deciding on the topic. It is informed by your ontological
and epistemological standpoint and your familiarisation with and critiquing of the literature, both of which help
you rationalise why the area you are interested in requires further research. If you use software to facilitate
the literature review, it makes sense also to write up your formulation of the research problem and define the
initial research questions within the software project (Chapter 5). You can thus be explicit about your interest,
assumptions, expectations and prejudices and link your writing to the literature that contributes to your prob-
lem formulation.
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Representing theoretical frameworks
Whether your intention is to work within a clear theoretical framework, perhaps through applying existing the-
ory or testing hypotheses on new bodies of data or areas of conceptual interest, or to develop theory from
empirical data, you will never be working within a theoretical vacuum. Contrasting ways of working can broad-
ly be distinguished according to the direction you are working in; whether top-down (deductive) or bottom-up
(inductive). These approaches, and their combination (abduction), are discussed in the context of coding in
Chapter 7. Whatever its role, it is important to relate your conceptualisation of the research problem to ex-
isting theory, to represent that within the software project at the outset and reflect how it evolves during the
project. That might happen via memo-writing (Chapter 10) and/or the visualisation of theoretical contexts in
visual maps (Chapter 11). You will be able to refer back to these ideas at later stages and compare initial
assumptions and expectations with the analysis as you proceed.
Incorporating research materials
Data collection is all about constructing the best possible dataset in order to investigate the research problem.
Under ideal circumstances, what data are required to answer the research questions? What data are avail-
able? Could you construct a suitable dataset from existing sources and conduct secondary analysis, or do
you need to collect new data? What instruments will you use to generate new data if required? How will you
ensure data are of sufficient quality? In the context of setting up a software project, you can create locations
for storing data and other research materials early on (Chapter 5). You do not yet need to have data ready
to incorporate. You may even change your mind and work with different materials later on, but thinking about
data, how they are related to one another and how they will be handled as soon as possible is an important
part of research design and software project set-up.
Defining factual features
Factual features are known characteristics about data and respondents (Chapter 12). Depending on your de-
sign you may sample on this basis; for example, if conducting a comparative case study in which you are
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focusing on two or more organisations, settings or other entities. Alternatively, you may be interested in com-
paring how individuals with certain socio-demographic characteristics think about, experience or talk about
an issue. One-case designs also include comparative elements, although these typically relate to features
within cases rather than across multiple ones. In addition are analytic facts identified as salient through the
processes of interpretation. Factual features often pertain to information which stays constant within a project.
However, longitudinal designs include some such features which change over time, and these can constitute
core comparative aspects. Either way, these aspects can be well handled in software.
Developing analytical areas of interest
There are many different approaches to qualitative data analysis, some of which we discuss in more detail
below, and in Chapter 7. The main focus of this book is on how software packages specifically designed for
the purpose may support your approach to analysis.1 As such, this book will not tell you what your approach
should be, or what the specific means are by which you will achieve them. Although this chapter discusses
some common analytic strategies and the rest of the book discusses how analytic tasks can be supported by
CAQDAS packages, this is done in broad terms. You should therefore read this book in tandem with the wider
literature on qualitative research and data analysis, if you are not already familiar with it.
‘Analysis’ is often written about or conceived as a discrete stage in a research project. This is the result of hav-
ing to separate phases of work or analytic processes in order to describe and discuss them without causing
confusion. In many respects we are doing the same here, in this chapter, and throughout the book. However,
conducting research is not a linear, one-directional task (see Figure 2.1; p. 45). The elements that comprise
any project are interrelated and fluid. Analysis is not a stage of work with clear boundaries. You analyse from
the first moments of conceiving the idea of a project, locating it within your ‘world-view’ and formulating the
problem through design, data collection and into writing up. Doing a literature review is a form of analysis
(Chapter 5). Deciding whether, how and what to transcribe is an analytic act (Chapter 7). Developing a cod-
ing scheme (Chapter 9) and linking data and concepts (Chapter 11) are analytic. Writing up an account is a
form of analysis (Chapter 10). Designing a research project forces you to be explicit about what you want to
analyse and how you intend to do so (see Silver and Lewins, 2014). You will get more out of your project and
your use of software tools if you come to software clear in your mind what your analytic strategy is and what
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1.
2.
processes you need to go through in order to apply it and answer your research questions.
CAQDAS packages are project management tools which have potential benefits for all qualitative and mixed
methods projects – far and beyond the ways they are most usually described, critiqued and reported. We dis-
cuss this further in Chapter 2, in describing our conceptualisation of their role in supporting the many phases
of work.
Box 1.1 analyticnotes
Research design and software project set-up
Designing a research project is all about planning how you intend to carry out the research. What methods
of data collection or generation will you employ? Why? And what will be the implications of doing so? What
restrictions are there on the way you will proceed, arising from the circumstances in which you will work?
What are the likely consequences of your design choices? What is your analytic focus likely to be? How will
you handle changes in focus? These sorts of questions should guide the way you set up a software project.
Although it is common to plan research, often this is done primarily in relation to data collection. It is just as
important, however, to plan the analysis. Using software from the outset will help with integrating all types of
planning into your work.
Some basic principles and distinctions
Throughout this book we return to some central ideas which frame the way we perceive analysis and discuss
and teach software. In preparing yourself for reading this book, and your general preparation for thinking
about and engaging with software the most important of these are the following:
Analysis constitutes a series of processes which, although having distinct characteristics in their own
right, are fluid and overlapping.
Analytic work can be distinguished according to levels of abstraction from data and directions of
work, and these are reflected in the way you can work with software.
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3.
4.
Approaches to analysis are usefully distinguished according to whether they are essentially code-
based or non-code-based.
Analysis requires the ability to cut through data in different dimensions.
Making reference to the case-study examples (Chapter 2), we illustrate that the use of customised software
significantly facilitates these aspects, allowing either the strict adherence to an established and documented
analytic strategy, or the creation of one in relation to the specific needs of an individual project.
Analytic processes
Qualitative analysis, rather than being a linear set of procedures which follow on from one another in a logical,
one-directional way, is better understood as a process. This is not a new idea. Bryman and Burgess noted
in the mid-1990s, for example, that the previous decade had seen a number of ‘shifts in emphasis’ in the
way research methodology was being discussed, including that ‘stages of social investigation have been re-
placed with the idea of research as a social process which requires careful scrutiny’ (1994: 1). Since then,
many different qualitative approaches have been discussed in similar ways. Software explicitly designed for
the purposes of qualitative data analysis reflects and reinforces its non-linear and fluid nature. We prioritise
such fluidity in the way we discuss software tools and encourage you to think about and use them. The linear
format of this book limits us somewhat in this regard. However, having the idea of fluidity in your mind from the
outset is important. Refer to our conceptualisation of the ‘core analytic activities’ (Figure 2.1; p. 45) and the
sense in which analytic tasks are carried out through the use of software tools iteratively and incrementally..
This view of software will set the foundation to enable you to make the most of your chosen package.
Something that has characterised qualitative data analysis generally, and the use of CAQDAS more partic-
ularly, is an absence of specific and detailed accounts of how analysis proceeds. There is much discussion
about qualitative data analysis as a ‘craft’ which has resulted in a sense of mystery around what analysts ac-
tually do. We illustrate the role of software in ‘opening up’ qualitative data analysis, in making apparent both
the processes involved, and the impact of technology on methodology. Whatever type of researcher you are,
you have a responsibility to document and reflect on what you do, and the impact of your processes on the
results. Using CAQDAS will not do this for you, or, in or of itself, make you a ‘better’ researcher. But it will pro-
vide you with tools that more directly and immediately allow you to illustrate and justify your analytic strategy.
A theme of this book, then, is that CAQDAS provides the tools, but you, the researcher must use them wisely.
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Levels and directions of work
Analysis happens at different ‘levels’. In discussing the role of software in analysis we distinguish between
four:
Sometimes you work at the data level, carefully viewing and reading relevant material and consider-
ing its importance in relation to the formulation of the research problem, the existing literature, and
the adequacy of the data you have before you. You might make notes (usually called ‘annotations’)
about what you see, which help you to identify and reflect upon interesting aspects of the data and
decide what to do next, in order to move the analysis forward. You link data segments that appear to
be associated.
Much (but not all) qualitative data analysis employs the mechanism of ‘coding’ to organise ideas
about what is important in data, in relation to research questions. This might be thought of as the in-
dexing level (depending on your analytic approach and methodological context). However described,
it refers to the organisation of data according to what you, as the researcher, deem to be interesting
in the materials you have before you. In some approaches, this level of work builds on work previous-
ly done at the ‘data’ level. Elements of work done at this level of work might also be conceptualised
as ‘thematic’ if you consider codes to constitute themes.
If we think of coding (and other means of organising ideas such as linking) data segments as a
process of indexing meaning or content; mapping out what is ‘going on’, it follows that at some point
we need to ‘move on’ and work at a more conceptual level. This often proves challenging when us-
ing CAQDAS for the first time; regardless of how the terms ‘codes’, ‘themes’, ‘concepts’ and ‘cate-
gories’ are understood and conceived as operating within analysis. Difficulties can arise in doing so
for several reasons, not least your confidence in analytic process and confidence in experimenting
with software tools such that you can manipulate them to suit your needs. Issues in using the tech-
nology can be particularly challenging amongst researchers who are learning about software at the
same time as learning about methodology, or amongst experienced analysts who are new to the use
of technology for analytic purposes (Silver and Rivers, 2014). This is understandable and to be ex-
pected. Yet the tools that allow you to interrogate patterns, relationships and connections within and
between data (Chapter 13) are where the significant potential power of using software, in compari-
son to working on paper, lie. We hope that this book will give you the confidence to experiment with
software tools beyond those that appear most straightforward in the context of your methodological
framework, analytic strategy, practical project demands and personal style of working.
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The importance of stepping back from data and your developing analysis of them is a recurrent
theme in this book. From a process point of view this entails working at a more abstract level.
Whether your analysis is directly informed by theory (deductive), oriented around theory-building (in-
ductive), or employing elements of both (abductive), creating connections between data, codes and
your comments about them is an integral part of analysis. CAQDAS packages provide ‘mapping’,
‘modelling’ or ‘networking’ tools which enable you to interrogate connections according to earlier
work, or to create connections according to you current thinking about (sub)sets. However you work,
diagrammatic visualisations facilitate thinking in non-linear ways. We see the use of writing tools in
tandem with mapping tools as integral to getting the most out of work at the abstract level specifically,
and your use of software more generally.
Chapter 7 discusses different approaches to coding, distinguishing between inductive, deductive and abduc-
tive. This relates in part to the level at which you start and the direction of analysis. In broad terms, inductive
approaches tend to be ‘theory-building’, starting at the data level and working up towards the abstract
levels.
Deductive approaches are often characterised as ‘theory-testing’ in which the project is driven or informed by
an existing theoretical framework which is applied to, or tested on, a new body of data. Abductive approaches
combine approaches. This is simplistic of course; rather than seeing different ways of working as mutually
exclusive or distinct from one another, analysis often involves working in different ways, at different levels, in
different directions, at different times. The use of software facilitates such flexible, iterative and incremental
processes.
Code-based and non-code-based approaches
CAQDAS packages largely grew out of social science disciplines and are distinguished from other software
tools by the sense in which they offer qualitative approaches to qualitative data (see below). Many now offer
much more, but given their historical roots and the debates around their use, it is relevant to make some
broad comments about their versatility in terms of analytic techniques generally. We do this in part by distin-
guishing between ‘code-based’ and ‘non-code-based’ approaches.
The packages we discuss in this book all have powerful and sophisticated coding tools. These can be used to
facilitate a range of approaches to analysis (Chapter 7). Many methodologies employ coding as a means of
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organising ideas about data; therefore CAQDAS packages have wide appeal and are extensively used across
sectors, disciplines, methodologies and analytic approaches. Amongst early criticisms were contentions that
software served to homogenise qualitative data analysis because it prioritised coding, thereby encouraging
code-based approaches at the expense of alternative ways of navigating data (Coffey et al., 1996; Lee and
Fielding 1996). Although such criticisms have since been superseded by software developments, it is relevant
to highlight the role of coding in analysis (whether supported by software or not).
The first point to make is that coding is not in and of itself analysis. Whether using software or not, coding is
a device to organise ideas about data (Chapters 2 and 7). Coding is a common aspect of analysis and facil-
itates interpretive thinking. But it is essentially an indexing process, in which you catalogue that a particular
segment of data is about, or a general instance of, something in which you are interested. Coding in software
has a number of advantages over paper-based coding (Chapters 7–9), but technically a code is simply a po-
sition in a database system to which you link data segments. Codes need not, therefore, be conceived of, or
used as, interpretive devices in the sense in which they are primarily discussed in the literature. They can be
used in that way, of course. And many, perhaps most, who use software, do so. But you can use them for a
whole range of purposes that transcend customary, methodological ways of working. Thinking about codes
and the process of coding in narrow ways might be limiting and homogenising, but that is to do with the user,
not the technique or the software itself.
However, some types of associations exist within data for which coding tools are inadequate. A classic exam-
ple is when a respondent makes a comment which s/he later contradicts. The two statements might be about
the same general topic, but they communicate something quite different. Associating them with the same
code does not record that level of nuance. Or when reviewing literature, you read something which reminds
you of a passage you read in a different article, and you want to note that association. Or in analysing the
way a text builds an argument – perhaps in a political speech or other form of public discourse – you want
to track how rhetorical or other linguistic devices are used to make a point. These are just some examples
of instances in which coding fails to offer sufficient flexibility. Many CAQDAS packages include the addition-
al ability to hyperlink between passages of data in addition to coding them (Chapter 6). These devices offer
more flexibility in handling non-linear and non-thematic linkages such as those listed above (Silver and Field-
ing, 2008; Silver and Patashnick, 2011).
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Cuts through data
The need to make comparisons across, and interrogate patterns and relationships within data is inherent to
analysis. Distinguishing between the different cuts through the dataset you wish to make is a useful device
in thinking about how tools might be employed for your analytic needs. Cutting through data ‘horizontally’ is
typically about focusing on one area of interest across all data (or subsets). For example, you might focus on
an individual code or theme and retrieve all data segments linked to it, regardless of the data files in which
they occur. You are thus able to start thinking about how a particular topic or theme occurs across the whole
dataset, to think more analytically and start interrogating more deeply. Cutting through data horizontally in this
way allows you to ask questions like: Are the segments coded here equivalent, or do they need recoding in
order to handle peculiarities, contradictions, nuances? Are there some segments which are not adequate in-
stances of the code? Do they need uncoding, reconceptualising, disregarding? How does this sort of retrieval
change the way you are thinking about the code? What further questions does cutting through the data in this
way raise?
In addition, you may be interested in focusing attention on one particular data file, an interview transcript or
set of field notes, for example, and visualising how multiple codes occur in relation to one another, ‘verti-
cally’, throughout. This might be related to sequence, proximity or embeddedness. You might consider the
relative occurrence of all codes, or selectively choose those that you envisage might be related, or will help
you identify interesting patterns in the way you have coded. This can lead to further questioning of data, to
ascertain, for example, whether a pattern in coding identified in one data file also occurs in other, related da-
ta. Language-oriented approaches can benefit in particular from this type of visualisation, or those in which
the sequence of code application is of particular interest. For example, in analysing political discourse there
may be a focus on how an argument is constructed. Considering the position of codes that capture particular
linguistic devices according to the way sentences are structured, for example, would enable a comparison of
how different politicians craft an argument. This type of coding can be combined with more content-based,
descriptive or thematic types, in order to subsequently investigate whether arguments relating to particular
topics are constructed differently. Consideration of the relative position of code occurrence in this way enables
you to remain at the data level, although working in this way also allows you to combine the indexing and data
levels.
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Cutting through data horizontally and vertically need not be distinct activities. Some software packages allow
you to visualise both dimensions at the same time. Such concurrent working offers means of ‘playing’ with
data and the connections within in many different ways. You can also combine working with data and codes
like this with interrogation on the basis of the factual characteristics pertaining to respondents and data. For
example, having sampled for and interviewed respondents with different socio-demographic characteristics
(e.g. gender, age, role), you can investigate the differences in how men and women think about, discuss and
experience particular topics. This can be done both horizontally and vertically.
Throughout the book we illustrate how different ways of viewing data can facilitate your analysis. These are
not restricted to vertical and horizontal cuts, but distinguishing on this basis offers a good starting point for
considering how you intend to work with and compare data and explore the patterns and relationships be-
tween them.
The rise of qualitative software
Software programs supporting qualitative analysis have a relatively long history. The earliest handling of tex-
tual data developed on mainframe computers during the 1960s. These concordance-type tools provided quick
listings of word usage, frequency and standardised measurements appropriate for certain types of quanti-
tative content analysis and other language-oriented approaches. Basic data management systems geared
around storing and indexing large volumes of textual information have also been available since the early
days of personal computing. There are now many such software programs providing a variety of sophisticat-
ed management and linking tools that support the range of digitised information researchers collect to inform
their work. The internet ‘revolution’ has broadened the range of possibilities almost infinitely. However, the
tools we discuss in this book, categorised as CAQDAS, developed from the mid-1980s and share particular
characteristics arising from their developmental origins.
What types of software do we categorise as CAQDAS?
Tesch (1990) began the process of relating analysis types and software tools. Weitzman and Miles (1995)
built on her work, creating a taxonomy of qualitatively oriented software packages. The CAQDAS acronym is
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well understood across disciplines as broadly referring to software designed to assist the analysis of quali-
tative data. It was coined by Raymond Lee and Nigel Fielding following the 1989 Surrey Research Methods
Conference which first brought together pioneers in the field. The subsequent CAQDAS Networking Project
(established in 1994) had the effect of ‘fixing’ the acronym.2
However, there has been rather a fuzzy conception about which packages CAQDAS includes. We make a
broad definition here. Software which falls under the CAQDAS ‘umbrella’ includes a wide range of packages,
but their general principles are concerned with taking a qualitative approach to qualitative data. Qualitative da-
ta include text, visual and multimedia forms of non-numerical, or unstructured material (Chapter 4). A qualita-
tive approach often includes a need to interpret data through the identification and possibly coding of themes,
concepts, processes, contexts, etc., in order to build explanations or theories or to test or enlarge a theory
(see below and Chapter 7). Qualitative data collection techniques include in-depth interviews, focus groups
and participant observation. Approaches to qualitative research and analysis include action research, ethnog-
raphy, ethnomethodology, hermeneutics and phenomenology. Qualitative analysis strategies include ground-
ed theory, thematic analysis, Framework analysis, conversation and narrative analysis. Different approaches
may employ a range of data types and analytic strategies, and the techniques employed and processes fol-
lowed to undertake analysis cut across approaches and strategies.
The qualitative strategies we refer to are distinct from ‘quantitative content analysis’ or ‘text mining’ tech-
niques, in which the statistics of word or phrase frequencies and their occurrence relative to other words or
phrases are the basis of analytic work (see Holsti, 1969). We refer to tools that support such approaches in
varying degrees. Where we include them it is because they have a focus on the qualitative as well. Chapter 3
provides an overview of the packages we are mainly concerned with in this book.
Which is the ‘best’ CAQDAS package?
This is perhaps the most frequently asked question, yet it is impossible to answer! All the packages we use
and teach have tools in common, plus their own distinctive features (Chapter 3). The purpose of software is
not to provide a methodological or analytic framework. The tools available support certain tasks differently,
and there is some debate about whether individual packages may ‘steer’ the way analysis is performed. Users
should take into account practicalities such as the way software programs are taught, and how much empha-
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sis is placed on an ‘ideal’ way of using software. To promote only one way of using any package undervalues
both the software and the methodological independence of the researcher. Creeping homogeneity helps no
one in the long run except the person who is trying to sell you a method or product. As the researcher, you
are the expert. You remain in control of the interpretive process and you decide which tools within a software
package best facilitate your approach to analysis. You also have the responsibility for being transparent about
your processes and ensuring the quality of your interpretation (Chapter 10).
Whichever package you choose, you will be able to utilise a selection of tools which will facilitate data man-
agement and analysis. Software developments and blurring boundaries mean that tools within a given pack-
age may not be appropriate for all qualitative approaches. Equally, just because a function is available does
not mean you have to use it. We caution against choosing a package simply because it is the one you have
the ‘easiest’ (e.g. immediate or free) access to, or that seems the most sophisticated. However, if you do not
have a choice, you will usually be able to make a package work for you.
Analytic strategies in the context of software use
Methods of data collection cut across methodologies. Approaches may employ broadly interpretive tech-
niques for analysis, but the respective sensitivities and beliefs about the nature of data and knowledge mean
that the starting points of interpretation can be quite different. The significance (or not) of language and cultur-
al contexts and also the purposes of research can be so divergent that a sentence of speech or an observed
action will have different significance to an ethnographer compared with, for example, a conversation analyst,
an ethnomethodologist or a grounded theorist.
Tesch (1990), in rationalising common and differentiating elements in the context of software, distinguished
types of qualitative research according to where the research interest lies: (i) the characteristics of language;
(ii) the discovery of regularities; (iii) the comprehension of the meaning of text/action; and (iv) reflection (see
Figure 1.1). These distinctions reflect overarching philosophical stances and priorities. Although defining qual-
itative data as ‘any information…that is not expressed in numbers’ (1990: 55) Tesch explicitly focused on tex-
tual forms in her discussions.
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Figure 1.1 Graphic overview of qualitative research types (Tesch, 1990: 72–73)
Tesch herself acknowledged difficulties with these classifications, recognising that whilst some are represen-
tative of an epistemological stance, others are more about method. Thus at a conceptual level they are not
equivalent. Much has changed since she was writing, but Tesch’s work continues to have broad relevance
to the intersection between qualitative methodology and technology. It is not within the scope of this book to
discuss in detail the range of qualitative research types or systematically illustrate how software may support
them. Indeed, our focus is on the qualitative strategies more specifically, and the way software tools can be
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1.
2.
3.
employed to undertake them.
Therefore, as a lead-in to the task-based chapters that follow, we outline five strategies that can be well sup-
ported by CAQDAS packages. These are discourse analysis, narrative inquiry, Framework analysis, ground-
ed theory and thematic analysis. In addition we discuss mixed methods research and visual analysis as
broader approaches. Some are more commonly discussed in the context of software than others, and not all
are included in Tesch’s scheme. Our choices for discussing each in this chapter reflect our observations in
one of three respects:
they are commonly used by researchers employing CAQDAS;
they are well supported by CAQDAS but are infrequently reported upon in the context of software
use; and
there is significant potential growth areas for qualitative methodology and software in the future.
In discussing these strategies and approaches our aim is to provide a broad introduction. We do not claim
to be presenting an exhaustive overview of qualitative research, approaches to analysis or the way software
tools are used. However, we add comments regarding the history and context of software use; where appro-
priate, this includes packages which typically fall outside of the CAQDAS collection. We refer you to specific
texts where you can gain more detailed information.
Analysis of discourse
Discourse analysis refers to a broad range of language-based approaches to the analysis of texts that con-
sider the way knowledge is produced and used. This might entail a focus on particular types of discourse
(e.g. medical, political, legal); the use of implicit theories to make sense of social action (e.g. economics,
power, gender relations); or devices used to structure discourses and their intentions (e.g. rhetoric, linguistic
devices, interaction) (Spencer et al., 2003; Silverman, 2001). Researchers across a wide range of disciplines
employ variants of discourse analysis to study a multitude of aspects of social life, and in so doing have de-
veloped specific strategies. Conversation analysis, Foucauldian discourse analysis (Willig, 2001) and critical
discourse analysis are frequently discussed derivatives, but there are many others (for an overview see Gee
and Handford, 2012).
Hammersley (2002) in summarising the field, distinguishes between ‘types’ of discourse analysis in terms of
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their focus; the sorts of knowledge they claim to make; and in the kinds of technique they employ. Others
distinguish more specifically between approaches. Glynos et al. (2009), for example, identify six, highlight-
ing differences and similarities according to the dimensions of ontology, focus and purpose. Dick (2004) in
contrast, discusses discourse analysis as a range of approaches, from descriptive variants that aim at under-
standing conventions such as ‘turn-taking’ to analytic variants that focus more on generating understandings
of the use of language in specific social contexts. Wooffitt (2005) does a good job of demystifying the area,
discussing conversation analysis as a key methodological approach to the analysis of verbal interaction, but
also outlining distinctive features of various approaches to discourse analysis more generally, such as discur-
sive psychology, rhetorical psychology, speech act theory, critical discourse analysis and Foucauldian forms
of discourse analysis.
A discourse analysis can be conducted on data generated through various methods, including primary forms
such as interviews, discussions, life histories and secondary forms such as policy documents, newspaper
articles and speeches. Often, relatively small amounts of data and/or numbers of texts are utilised when con-
ducting a discourse analysis, as they are analysed at a very fine level of detail, although with the support of
software this need not be the case.
Box 1.2 functionality notes
Software tools for language-oriented approaches
Language-oriented approaches rely on close consideration of the presence or physical relation of the occur-
rence of words, phrases and structures. The text-mining type functionality provided by some CAQDAS pack-
ages (Chapters 3 and 6) enables such patterns in texts to be reliably found, coded (Chapter 7) and retrieved
(Chapter 8), and these are particularly useful for derivatives of discourse analysis. The sophistication of these
tools varies quite considerably, so consider options carefully if this type of functionality forms the basis of your
work. You might simply need to locate occurrences, mark, write about and output them. You may not code
them, but doing so will improve your repeated access to them. Getting the most out of the software might
mean coding for certain linguistic devices and coding for the context in which they occur. You can then com-
pare how certain devices are used differently in contextual discourses.
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Narrative inquiry, in contrast, is characterised by a focus on the sequencing of textual characteristics rather
than data fragmentation or reduction which is inherent in thematic (code-)based approaches. As such, pre-
serving the natural features of texts, including both structural and sequential elements, is paramount and
code-based tools may be seen as inappropriate for this task. Some CAQDAS packages provide two-dimen-
sional spaces for ‘mapping’ connections. These could be useful for approaches needing to create graphic
representations of relationships and structures revealed, for example, by conversations in a work or social
setting. In narrative analysis, specific methods and formalised traditions vary in terms of how software might
help in anything other than improved general management of and access to them. However, hyperlinking de-
vices might provide ways of linking between structures within an account or across several (Chapters 5 and
11). For less structured approaches, for example to life history accounts or the observation of work, links be-
tween points in the data may be useful for tracking a chronology or a set of procedures (Chapter 6).
Narrative inquiry
Narrative inquiry is concerned with the structure of accounts, or stories, focusing on how they are constructed,
including processes, sequences, intentions and meanings. It is used to investigate experiences, how they
are known about, made sense of, and communicated. Narrative inquiry has increased in popularity in recent
decades, frequently attributed to what has been termed the ‘linguistic’ or ‘narrative’ turn which is seen to have
occurred during the 1990s (Atkinson, 1997; Lieblich et al., 1998; Fenton and Langley, 2011).
Authors differ in the ways they conceptualise the traditions, foci and processes of narrative inquiry and the
practicalities of analysis. Bernard and Ryan (2010), for example, identify four major traditions: sociolinguis-
tics, hermeneutics, phenomenology and grounded theory. Daiute and Lightfoot (2004), in contrast, in their
edited volume organise the writings of authors from different disciplines according to ‘literary readings’, ‘so-
cial-relational readings’ and ‘readings through the forces of history’. They see these as the three main ways of
conceptualising narrative analysis, although they concede that they are neither discrete nor used in the same
way by researchers. Lieblich et al. (1998) divide approaches to narrative analysis according to different ways
of reading: ‘the holistic-content reading’; ‘the holistic-form reading’; the ‘categorical-content reading’; and the
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‘categorical-form reading’. Riessman (2005) adds to these by further distinguishing between the performative
or dialogical aspect of narrative and visual narratives. These examples of the range of ways of understanding
narrative inquiry encapsulate the complexity of the field.
Rather than being a single or uniform approach or method, therefore, narrative analysis is characterised by
diversity; not only is it utilised across disciplines and informed by a range of theoretical traditions, but also
it constitutes a mix of methodological approaches. The ‘texts’ that are analysed may be ‘naturally occurring’
(such as documents generated for other purposes, for example, diaries) or collected through speaking with or
interviewing research participants (often, but not exclusively, in the form of ‘oral history’ type interviewing). Its
forms also utilise a variety of analytic strategies, including both quantitative and qualitative practices.
Framework analysis
Framework analysis is a specific method for analysing qualitative datasets. A matrix-based method for order-
ing and synthesising data, Framework analysis was originally developed during the 1980s at the UK-based
National Centre for Social Research and is now a widely used method that supports case-based and themat-
ic approaches to qualitative data analysis. At its core is the idea of a ‘thematic framework’ which is used to
‘classify and organise data according to key themes, concepts and emergent categories’ (Ritchie et al., 2003:
220). In contrast to other methods, Framework focuses on the synthesis of data, involving the creation of
summaries of verbatim data rather than on data reduction activities through the use of coding. Fruber (2010)
illustrates a five-phase process involved in undertaking an analysis of pregnant women suffering from mild
to moderate psychological distress using the Framework method. This involved phases of (i) data immer-
sion/familiarisation; (ii) developing a theoretical framework; (iii) indexing (coding); (iv) charting (using matrix
charts); and (v) synthesising (summarising). Others break the process down slightly more. Whatever the ex-
act processes involved, and how they progress, the development of summaries is achieved in such a way
as to maintain context, language and meaning. Framework analysis has commonalities with other forms of
qualitative analysis, including grounded theory and thematic analysis. It is distinct, however, in its focus on
summarising and synthesising data and their display and analysis through the use of matrices, rather than on
the use of coding as the main basis of analytic work.
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Box 1.3 functionality notes
Software tools for Framework analysis
Having developed it initially for in-house use, NatCen released the FrameWork software in 2009 for sale to
the wider academic and applied research community. In 2011, NatCen formed a partnership with QSR Inter-
national, its functionality was subsumed within NVivo, and FrameWork software taken off the market. There
is not a wide literature concerning the framework method, or the degree to which it is facilitated by software
applications, and that which does exist tends to originate from NatCen.
If using Framework analysis – or other matrix-based approaches – or indeed, simply needing to summarise
or write about what is seen in a general sense, the bespoke summary-writing spaces provided by some pack-
ages will work well (Chapter 10). But you can always approximate the functionality through the use of stan-
dard memo-writing spaces where the specific tools are not available. You may do this before, after, or to the
exclusion of coding. Comparison is likely inherent to these approaches, and factual data organisation (Chap-
ter 12) will enable you to later interrogate writing and coding accordingly (Chapter 13).
Grounded theory
Originated by Glaser and Strauss (1967), grounded theory is a well-known and frequently discussed form of
qualitative research. It comprises a methodological approach rather than simply being an analytic or coding
strategy. Since the first descriptions there have been many adaptations. In The Discovery of Grounded Theo-
ry (1967), Glaser and Strauss created an organised and interactive approach to the collection and analysis of
data, using what they called the ‘constant comparative method’. The history of their co-operation is interesting
and relevant to subsequent modifications. Strauss was instrumental in the development of the Doctorate of
Nursing Science (DNS) at the University of California at San Francisco, and both he and Glaser had a shared
research interest in chronic illness and dying. The development of grounded theory was in part pragmatic,
arising from a need to create a text for DNS students that systematised a way of dealing with qualitative data.
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It was also a response to perceptions that qualitative data analysis had somehow lost its empirical connec-
tion to data in an over-preoccupation with theory. The text included in it new routines but also documented
techniques already in use by the Chicago School. There was little writing of methodological texts up to that
point (Morse et al., 2009). Personal descriptions in Morse et al. (2009) reveal how these creative moments in
qualitative methodological history occurred and how a range of the ‘second generation’ of grounded theorists
applied their own modifications to substantive research projects. Glaser continues to support and reinforce
the original principles of the 1967 text and to stress inductive ‘emergence’ of codes and categories and theo-
ry-free starting points.
Amongst the second generation who influenced later strands of grounded theory were several DNS students
and associated postdoctoral researchers. We focus on two of these, since they possibly comprise the most in-
fluential developments. Firstly, Strauss with Juliet Corbin diverged from the original work and wrote Basics of
Qualitative Research in 1990, developing grounded theory to such an extent that Glaser questioned whether
it had any relationship to the original and suggested it was effectively another qualitative method. Corbin col-
laborated for 16 years with Anselm Strauss until his death, and continues to apply and adjust grounded the-
ory to current substantive contexts and at a practical level to computer usage, having included reference to
MAXQDA in the 3rd edition of Basics of Qualitative Research, published in 2008. Secondly, Kathy Charmaz,
in many publications between 1975 and 2002 and with Anthony Bryant (Bryant and Charmaz, 2007) consol-
idated a constructivist version of grounded theory that accounts for beliefs about the relative, context-laden
nature of interpretation. Although maintaining many of the features espoused by Glaser, Strauss and Corbin,
constructivist grounded theory attends also to the active role of the researcher in research generally, and par-
ticularly in analytic processes; the interplay between researcher and data that results in the use of codes,
development or categories and the theoretical account. Thus the effect of prior knowledge and existing liter-
ature, as well as the issue of reflexivity, are highlighted. Charmaz makes the point that grounded theory is
primarily a way of thinking about data and, as such, cannot be standardised. Constructivist grounded theory
attends to the ways in which theoretical development is tied to the engagement with epistemological issues,
and as such illustrates the role of both deduction and induction in the analytic process (Charmaz, 2006).
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Box 1.4 analytic notes
Features of grounded theory (1967)
At the heart of the original grounded theory method was a basic principle, the ‘constant comparative method’.
Its main features are as follows:
• A coding process (later to become known as open coding) consists of annotations in the margin ex-
pressed as codes based on social constructs or on the respondent’s own language (later labelled in
vivo codes).
• Data segments are compared, thus refining ideas about this and subsequent categ
ories.
• Memos are an important aspect, and should be kept updated about the development of each cate-
gory.
• Collecting, coding and analysing data should occur concurrently; thus ongoing ‘theoretical sampling’
of data is performed to enable further comparisons to be made of different groups and settings.
• Categories are further refined and relationships among them identified.
• Categories are reduced to smaller set of more abstract higher-level concepts – allowing the possibil-
ity of generality or the production of formal theory.
• The collection of more data retains the principle of being grounded in the data and permits further
incidents to be analysed in the light of these concepts – allowing the modification of these concepts.
• When concepts are not being modified any further, categories are said to be theoretically saturated.
Theoretical saturation means that the analysis of more incidents is not adding further to ideas, it
merely ‘adds bulk to coded data and nothing to theory’.
Box 1.5 functionality notes
Software tools for theory-building approaches
Theory-building approaches are characterised by the need to move beyond description through writing (Chap-
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ters 6 and 10) and indexing of data through basic coding (Chapter 7) to generate themes, concepts or cate-
gories (Chapters 8 and 9). Grounded theory and thematic analysis are examples of theory-building approach-
es. CAQDAS packages support processes involved in generating theory very well, and you will find most of
the tools discussed in this book useful at various moments.
Working deductively, you will likely have a theoretical framework at the outset which can be represented in
the software as a map, model or network (Chapter 11). Working inductively, you will be working towards gen-
erating such a visual representation of your interpretation or theory. Software facilitates either approach or a
combination of both (Chapter 7). You will need to record the factual features of data and respondents (Chap-
ter 12) in order to make comparisons within and between cases (Chapter 13). You will need to write about
your processes and analytic insights in identifying patterns and relationships and developing and testing the-
ories.
Thematic analysis
Thematic analysis is a commonly used approach to the analysis of qualitative data, yet is relatively infrequent-
ly described or discussed in specific terms. Although those who write about it often understand it to constitute
a method of analysis in and of itself (Braun and Clarke, 2013; Fereday and Muir Cochrane, 2006; Attride-Stir-
ling, 2001), its techniques are used in many other approaches, and therefore its status is debated. Outside of
these debates, it can be seen as constituting a set of analytic processes applicable in a variety of theoretical
contexts, disciplines and topics of investigation (Boyatzis, 1998). This applicability is seen to relate to its in-
herent flexibility as well as its independence from theory and epistemology, as contrasted to other approaches
such as conversation analysis, interpretive phenomenological analysis and grounded theory which have clear
roots in particular traditions (Braun and Clarke, 2006). Indeed, elements inherent to thematic analysis are also
evident in these approaches, and as such thematic analysis is applicable to theoretically driven research and
more applied approaches. It might be argued that thematic analysis is the definitive ‘code-based’ approach
in the sense that it entails a process of encoding qualitative information (Fereday and Muir Cochrane, 2006).
In attending to an identified absence in the literature concerning specific procedures for conducting thematic
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https://methods.sagepub.com/book/using-software-in-qualitative-research-2e/i2193.xml
https://methods.sagepub.com/book/using-software-in-qualitative-research-2e/i2505.xml
https://methods.sagepub.com/book/using-software-in-qualitative-research-2e/i1918.xml
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analysis, Braun and Clarke (2006) propose a six-phase guide, involving (i) familiarising yourself with data;
(ii) generating initial codes; (iii) searching for themes; (iv) reviewing themes; (v) defining and naming themes;
and (vi) producing the report. They differentiate ‘types’ of thematic analysis in terms of its form and outcome,
on a number of levels:
• Aim of the analysis: whether to develop a rich description of the dataset, or a detailed account of one
particular aspect.
• Identification of themes: whether inductive or theoretical.
• ‘Level’ of themes: semantic and latent themes.
• Epistemological underpinnings: essentialist/realist vs constructionist.
• Types of questions being asked: research questions, questions asked of respondents where primary
data are collected, questions which guide coding and analysis.
Mixed methods research
Mixed methods is a vast and varied field in social science methodology which, although with a long history in
terms of the utilisation of more than one method within a given project (Hesse-Biber, 2010), has been much
debated in recent years (Ivankova and Kawamura, 2010). Indeed, it is only seen to have formally existed as
a field for 10–15 years (Teddlie and Tashakkori, 2012). Technological capabilities afforded by CAQDAS pack-
ages have the potential to play an important role in the continued growth of mixed methods, although the ma-
jority of discussions in the literature remain concerned with research design rather than the role of software
(notable exceptions being Bazeley, 2006; 2011; Fielding, 2012; Kuckartz, 2012).
Mixed methods research involves the use of more than one type of method within a research project. That
may involve mixing quantitative methods, mixing qualitative methods or mixing qualitative and quantitative
methods. The latter type has come to the fore in methodological discussions and is often what is implied by
the use of the general term. These approaches involve the collection, analysis and integration of both quan-
titative and qualitative data within a single study or as part of a longer-term strategy across multiple studies
(Creswell, 2003; Kelle, 2006). In considering the appropriateness of employing a mixed methods approach,
authors distinguish between paradigmatic, pragmatic and political (or transformative) rationales (Brannen,
2005; Creswell et al., 2011).
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Mixed methods approaches are seen as transcending traditional paradigmatic debates between quantitative
and qualitative approaches, and have thus been described as constituting a ‘third paradigm’ (Tashakkori and
Teddlie, 2003). Indeed, one of the rationales for their use is the idea that employing and making explicit dif-
ferent philosophical positions is valuable to social science research (Greene, 2007). But there is huge vari-
ety in the way projects are designed, and importantly, what is being mixed, why and the stage(s) at which
mixing occurs. Some authors therefore question the utility of conceptualising mixed methods in paradigmatic
terms (Bazeley, 2009; Mertens and Hesse-Biber, 2012). Nevertheless, utilising both quantitative and qualita-
tive methods is widely seen as enabling the benefits of each to be realised at the same time as minimising
their limitations. More pragmatic rationales for the use of mixed methods are thereby discussed in terms of
employing methods which best suit the nature of the problem under study. Giving primacy to the importance
of the research question and valuing both objective and subjective knowledge are key aspects in employ-
ing methods according to ‘what works’ (Morgan, 2007). This may include the use of multiple researchers in
collaborative projects as well as multiple methods. Political or transformative approaches emphasise the role
of mixed methods research in improving society in some way (Brannen, 2005; Mertens, 2009; Mertens and
Hesse-Biber 2013).
Whatever the rationale for employing mixed methods approaches, terminology is an issue in getting to grips
with the literature. ‘Mixed methods research’ is perhaps the most widely used term to refer to the general
field, but others are also employed, including ‘mixed research’ and ‘multiple methods’. Once a close reading
of the literature begins, it quickly becomes apparent that, similarly to qualitative research, particular terms are
used in quite different ways across contexts. This can be confusing to the novice researcher. Authors develop
increasingly specific and nuanced terms as they attempt to differentiate their conceptualisations from those
of others. This is seen starkly amongst those who distinguish between types of mixed methods through de-
veloping research design categorisation systems, and several authors have called for more consistency in
terms used (Bryman, 2008; Johnson, Onwuegbuzie, and Turner, 2007; Tashakkori and Teddlie, 2010). It is
not within the scope of this book to discuss the field in detail or to make any further attempts to unravel its
complexities; our focus is on the role of software in supporting analytic strategies rather than in rationales or
designs per se.
Whatever the emphasis, approach or design, conducting mixed methods research is much more than simply
taking the ‘best’ from quantitative and qualitative methods and combining them; and the variety and debate in
the literature is testament to this (Bergman, 2008). Indeed, as Bryman (2008) cautions, mixed methods pro-
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jects are subject to methods-related shortcomings just like those originating within either paradigm, despite
often being presented as a means of overcoming them. Considering the role of software in mixed methods
research requires, however, moving away from the specifics of research design towards the practicalities and
procedures involved in the analysis of data.
Box 1.6 functionality notes
Use of software for mixed methods
In the context of the use of CAQDAS packages, it is the task of mixing analytic techniques which is relevant,
whatever the types of data or design being employed. This can mean employing a quantitative approach to
qualitative data, a mixed approach to qualitative data, or a mixed approach to mixed data. Your analytic de-
sign will affect the software tools you use.
Software can enable quantitative information about qualitative materials to be imported and linked (Chapter
12). If you conduct coding in a particular way you can count the occurrence of certain features, thereby quan-
titising qualitative data (Chapters 7 and 8). You can import mixed data in the form of spreadsheets (Chapter
4). You can transform codes into categorical variables. You can export summary frequency information per-
taining to qualitative coding to conduct statistical analyses (Chapter 13). Alongside these options you will use
many of the other tools depending on the specific analytic design.
Visual analysis
The analysis of still and moving images has a long history, with their use in disciplines such as anthropology
and management studies pre-dating the formalisation of visual sociology as a discipline, which occurred from
the 1970s (see Schnettler and Raab, 2008, for a historical overview). The use of visual records in empirical re-
search, however, has been advanced by the rise of digital technology and their use is now widespread across
academic and applied disciplines. A range of specific theories concerning the use of visual records and strate-
gies for their analysis have developed, although often in isolation from similar work in other disciplines (Hind-
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marsh, 2008). In addition, existing methodological approaches and analytic strategies have been applied to
and adapted for the analysis of visual records. Examples include interaction analysis (Jordan and Henderson,
1995; Heath et al., 2010), visual ethnography (Pink, 2007), visual grounded theory (Konecki, 2011) and visual
semiotics.
Approaches to visual analysis are informed by the role and analytic status of data within a given project as
well as the methodological and disciplinary traditions which inform design (Silver and Patashnick, 2011). In
considering visual analysis in the context of software use for supporting analysis it is useful to draw a number
of distinctions:
• whether visual data are being used primarily for illustrative purposes or are construed as data
sources in their own right;
• whether visual data are the only or primary data sources or are being used in combination with other
data sources;
• whether still or moving images are being used, or both;
• whether the subject of analysis is the content of visual records, interaction contained within them, or
indeed both;
• whether the approach to analysis is quantitative, qualitative, or mixed.
Making distinctions on these levels is not to say that approaches or techniques are, or need to be, mutually
exclusive in this regard, just that considering these aspects at the outset of designing a project and in reading
and evaluating research outputs is useful.
Notwithstanding these distinctions, the emphasis of visual research, where the focus is on some aspect of
human behaviour or conduct, is frequently on the micro-analysis of sequences of interaction. This speaks to
the affordances of the medium in capturing ‘naturally occurring’ behaviours, the complexity and multimodality
of visual data, in particular video, and the work involved in analysing such material from a practical point of
view. It also raises the issue of the means through which visual records are analysed, which necessitates the
drawing of a further distinction: whether data are analysed directly, or indirectly through the use of a written
transcript (Silver and Patashnick, 2011), leading to the consideration of the role of technology in visual analy-
sis strategies in more detail.
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Box 1.7 functionality notes
Software tools for visual analysis
Working with visual data is very different from working with textual forms. You will first have to decide whether
to work directly with the visual media, or indirectly via a written representation. Working directly, annotations,
memos and codes are the key tools you will use to record your ideas about what is in the data. Working
indirectly, the development of the transcript will constitute an intermediary analytic task. Visual analysis can
employ various analytic strategies. Refer therefore to discussions about the other approaches discussed here
in reflecting on which software tools will enable your analytic needs to be achieved, appropriately within your
research design. That will also be affected by the status of the visual within the larger project; that is, whether
it is the main or only form of data, or integrated with or supplementary to other forms.
Writing about and coding visual data may pertain to verbal content and/or non-verbal interaction. Where both
are of analytic interest you will need to be particularly systematic in the use of tools for specific purposes. The
amount of visual data you have and your analytic focus will affect the reliance on factual data organisation
(Chapter 12) and interrogation tools (Chapter 13).
Concluding remarks: a critical yet flexible approach
We encourage the view that you as the researcher draw on elements of methodology and methods to provide
the framework of your analytic strategy. You might be wedded to a particular approach and apply it through
your use of software. You might draw on the principles and methods of more than one methodology, and,
through your use of software, develop your own analytic strategy, specific to the needs of your project. How-
ever you work, throughout you must be thoughtful and transparent about your own role and beliefs (ontology
and epistemology) and also be in tune with how working contexts impact on the way you analyse. ‘Working
contexts’ include the use of software – a set of tools which at one level are just like the pencil or highlighter,
simply enabling different ways of looking at, and cutting through, data. But software tools provide more po-
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tential for flexibility, access and thoroughness than their ‘manual’ or ‘paper’ counterparts. Nevertheless, they
have to be used competently and appropriately.
You are responsible for ensuring the processes you go through are rigorous and the findings you report are
true to your data. Never do something just because it is possible. The commercial context within which soft-
ware packages are developed is worth remembering. Software companies need to make a profit, and al-
though most are still true to their academic roots and the needs of researchers, commercial pressures mean
that to a degree they all need to try and meet the needs of a range of researchers. Just like you do not need all
the tools of your chosen word-processing application, you will not need all the tools of your chosen CAQDAS
package for an individual analysis. We encourage experimentation, but always do so within the boundaries
of your methodological requirements. Try to avoid being distracted by fancy or complex options unless they
will actually help to achieve an analytic task. The impact of technology on methodology is exciting, but never
let it distract you from the ultimate aim of your engagement with software: you need complete your project,
therefore you need to focus on the means of achieving your ends. As such, consider how to adopt a critical
yet flexible approach in planning for and actually using software.
1There are many other software applications that may facilitate aspects of qualitative data analysis and qual-
itative research more generally but that were not specifically designed for the purpose. For an overview and
discussion of such tools see Silver and Lewins (2013) and Paulus et al. (2013).
2The acronym QDAS (qualitative data analysis software) is preferred by some (e.g. di Gregorio and Davidson
2008; Bazeley 2013) but we use CAQDAS because of its historical roots and more general use and accep-
tance in the field.
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SAGE Research Methods
Using Software in Qualitative Research: A Step-by-Step Guide
Qualitative Data Analysis and CAQDAS
Qualitative research and data analysis
The practicalities of research in the software context
Managing and referencing literature
Formulating the research problem and defining the research questions
Representing theoretical frameworks
Incorporating research materials
Defining factual features
Developing analytical areas of interest
Box 1.1 analyticnotes
Research design and software project set-up
Some basic principles and distinctions
Analytic processes
Levels and directions of work
Code-based and non-code-based approaches
Cuts through data
The rise of qualitative software
What types of software do we categorise as CAQDAS?
Which is the ‘best’ CAQDAS package?
Analytic strategies in the context of software use
Figure 1.1 Graphic overview of qualitative research types (Tesch, 1990: 72–73)
Analysis of discourse
Box 1.2 functionality notes
Software tools for language-oriented approaches
Narrative inquiry
Framework analysis
Box 1.3 functionality notes
Software tools for Framework analysis
Grounded theory
Box 1.4 analytic notes
Features of grounded theory (1967)
Box 1.5 functionality notes
Software tools for theory-building approaches
Thematic analysis
Mixed methods research
Box 1.6 functionality notes
Use of software for mixed methods
Visual analysis
Box 1.7 functionality notes
Software tools for visual analysis
Concluding remarks: a critical yet flexible approach
1
Research Methods
for Social Workers
A Practice- Based Approach
T H I R D E D I T I O N
Samuel S. Faulkner
Cynthia A. Faulkner
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AN: 1854272 ; Samuel S. Faulkner, Cynthia A. Faulkner.; Research Methods for Social Workers : A Practice-Based Approach
Account: s1229530.main.eds
1
Oxford University Press is a department of the University of Oxford. It furthers
the University’s objective of excellence in research, scholarship, and education
by publishing worldwide. Oxford is a registered trade mark of Oxford University
Press in the UK and certain other countries.
Published in the United States of America by Oxford University Press
198 Madison Avenue, New York, NY 10016, United States of America.
© Oxford University Press 2019
First Edition published in 2009
Second Edition published in 2016
Third Edition published in 2019
All rights reserved. No part of this publication may be reproduced, stored in
a retrieval system, or transmitted, in any form or by any means, without the
prior permission in writing of Oxford University Press, or as expressly permitted
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address above.
You must not circulate this work in any other form
and you must impose this same condition on any acquirer.
Library of Congress Cataloging- in- Publication Data
Names: Faulkner, Cynthia A., author. | Faulkner, Samuel S., author.
Title: Research methods for social workers : a practice- based approach /
Samuel S. Faulkner, Cynthia A. Faulkner.
Description: Third edition. | New York, NY : Oxford University Press, 2019. |
Cynthia A. Faulkner appears as the first named author on earlier editions.|
Includes bibliographical references and index.
Identifiers: LCCN 2018015252 (print) | LCCN 2018016001 (ebook) |
ISBN 9780190858957 (updf) | ISBN 9780190858964 (epub) |
ISBN 9780190858940 (pbk. : alk. paper)
Subjects: LCSH: Social service— Research— Methodology.
Classification: LCC HV11 (ebook) | LCC HV11 .F37 2019 (print) |
DDC 361.0072/ 1— dc2
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LC record available at https:// lccn.loc.gov/ 2018015252
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CONTE NTS
Preface ix
Acknowledgments xi
About the Authors xiii
1. What Is Research? 1
Importance of Social Work Research 1
Defining Research 2
Ways of Knowing 3
Qualitative, Quantitative, and Mixed- Method Research 4
Developing Your Research Questions 6
What Is a Hypothesis? 7
Research Designs 8
Strengths and Limitations of Research 10
Case Scenario 10
Critical Thinking Questions 11
Key Points 11
Practice Exam 12
2. Ethical Considerations 13
Historical Overview 13
Respect for Individuals 14
Beneficence 20
Justice 22
Other
Ethical Considerations 23
Case Scenario 25
Critical Thinking Questions 26
Key Points 26
Practice Exam 26
3. Qualitative Research Designs 28
How Is Qualitative Research Used? 28
Descriptive Inquiry 29
Speculative Inquiry 30
Qualitative Research Methods 30
Data Collection 35
An Example of a Qualitative Study 39
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vi C O N T E N T S
Case Scenario 47
Critical Thinking Questions 48
Key Points 48
Practice Exam 50
4. Literature Review 52
What Is a Literature Review? 52
Step 1: Conducting Your Search for Research Articles 54
Step 2: Choosing Your Articles 55
Step 3: Reviewing Your Articles 56
Step 4: Organizing Your Search Results 60
Step 5: Developing a Problem Statement or Hypothesis 64
Step 6: Compiling Your Reference Page 65
Case Scenario 67
Critical Thinking Questions 67
Key Points 67
Practice Exam 68
5. Quantitative Research Designs 69
Getting Started 69
Developing a Testable Hypothesis 70
What Is Descriptive Research? 70
Correlation Versus Causation 71
Data Collection 72
Cross- Sectional and Longitudinal Designs 72
Group Research Designs 74
Case Scenario 80
Critical Thinking Questions 80
Key Points 81
Practice Exam 81
6. Variables and Measures 83
Variables in Research Design 83
Viewing and Using Variables 84
Types of Variables 84
What Is a Measure? 87
Defining and Operationalizing Measures 87
Levels of Measurement 88
Reliability and Validity in Measurement 92
Case Scenario 96
Critical Thinking Questions 97
Key Points 97
Practice Exam 98
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C O N T E N T S vii
7. Sampling 99
What Is Sampling? 99
Random Selection and Random Assignment 100
Sample Size: How Many Is Enough? 100
External and Internal Validity 101
Probability Sampling 103
Probability Sampling Techniques 103
Sampling Error 106
Nonprobability Sampling 106
Limitations of Nonprobability Sampling 107
Case Scenario 108
Critical Thinking Questions 108
Key Points 108
Practice Exam 109
8. Survey Research 111
Defining Survey Research 111
Appropriate Survey Topics 112
Developing a Survey 112
Administering Surveys and Expected Rates of Returns 121
Advantages and Disadvantages of Survey Research 124
Case Scenario 125
Critical Thinking Questions 125
Key Points 125
Practice Exam 126
9. Evaluative Research Designs 127
Program Evaluation 128
Process Evaluation 128
Outcome Evaluation 132
Strengths and Weaknesses of Program Evaluation 135
Practical Considerations and Common Problems 136
Case Scenario 137
Critical Thinking Questions 138
Key Points 138
Practice Exam 138
10. Single- Subject Design 140
What Is a Single- Subject Design? 140
Elements of Single- Subject Design Research 141
Types of Single- Subject Designs 144
Strengths and Limitations of Single- Subject Designs 147
Case Scenario 147
Critical Thinking Questions 148
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viii C O N T E N T S
Key Points 148
Practice Exam 148
11. Introduction to Descriptive Statistics 150
What Is Data Analysis? 150
The First Step of Data Analysis 150
Descriptive Analysis 152
Strengths and Limitations of Descriptive Statistics 160
Case Scenario 161
Critical Thinking Questions 161
Key Points 161
Practice Exam 162
12. Introduction to Inferential Statistics 164
What Are Inferential Statistics? 164
Four Types of Correlation 165
Determining the Strength of the Correlation 166
Probability Values and Confidence Intervals 167
Parametric Statistics 167
Nonparametric Statistics 174
Strengths and Limitations of Inferential Statistics 176
Which Statistical Program Is Right for Me? 176
Case Scenario 177
Critical Thinking Questions 177
Key Points 177
Practice Exam 178
13. Practicing Your Research Skills 180
Example of a Research Proposal 180
Example of a Research Report 190
Answers to Practice Exam 205
Glossary 217
References 227
Index 229
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PR E FACE
Welcome to the third edition of Research Methods for Social Workers: A Practice-
Based Approach. When we set out to write the first edition (now almost fifteen
years ago) we had two major goals in mind: to create a research text that students
would be able to understand and a book that they would actually read. Now,
after the first edition in 2009 and the second edition in 2014, we have attempted,
with each new edition to make the book even more user friendly and helpful, to
you, the reader. The feedback from students has been gratifying and rewarding.
Students tell us over and over that they appreciate this text because it makes re-
search accessible to them— they actually read it and understand it.
At the same time, after having used the book (and garnering candid and
appreciated feedback from other faculty who use the text), we have made some
important additions and changes to the original text (while staying true to the
readable and understandable style of the first edition). The order of the chapters
is rearranged (not for the sake of having a new edition but because we feel this
better fits the flow of introducing and developing the concepts of the research
process). Also, in this edition, we have included some much- needed information
to meet the changing and evolving standards of social work education.
As we continue to teach from this book, it continues to evolve and grow based
on comments from students and other faculty members. We appreciate the
thoughtful comments from our students and colleagues. A special thank you
goes out to Daniel Weisman, Professor of Social Work at Rhode Island College
of Social Work, for his thoughtful comments and feedback— much of which we
incorporated into this edition.
In short, we feel this new edition will be even more valuable in helping you
to teach research methods to your students. As you use this book, we invite
comments, feedback, suggestions, and other responses to help us know how
we might improve future editions (and what you like or don’t like about this
current edition). As fellow educators, we want to be as responsive and helpful
as possible.
Thanks,
Sam and Cindy Faulkner
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ACK NOW L E DGM E NTS
As with most writings, there are many people who contributed their time and
expertise to this text. A special thank you goes to our colleagues and friends,
Lisa Shannon and Lynn Geurin, associate professors of social work at Morehead
State University, Kentucky, who have given valuable feedback and support. Our
gratitude goes to David Follmer, consultant to Oxford University Press, for his
encouragement and patience in the rewrite of the third edition of this book.
We want to thank Daniel Weisman, Professor of Social Work at Rhode Island
College of Social Work, for his thoughtful comments and feedback— much of
which we incorporated into this edition. And special thanks go to our children
(Wayne, Shay, Christina, Alisa, McKennzie, and Ezra) for inspiring us to be life-
long learners and our fourteen grandchildren (so far), and our great- grandson for
helping us stay young. “I can do everything through God who gives me strength”
(Phil. 4:13).
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A BOUT TH E AUTHOR S
Cynthia A. Faulkner has served as full- time social work faculty since 2001. She
recently retired as Professor from Morehead State University after sixteen years
of service to relocate to Corpus Christi, Texas, where she is near family. She is
now serving as Professor and Program Director of the new online MSW pro-
gram at Indiana Wesleyan University. Her previous titles include eight years
as Field Education Coordinator and three years as BSW Program Coordinator.
Dr. Faulkner has developed multiple online social work, courses including those
used for a Chemical Dependency minor, and she is a Certified Quality Matters
Reviewer. Dr. Faulkner has also taught many study- abroad classes, taking
students to England, Scotland, and Ireland to study child maltreatment with a
specialty in abuse by priests. She is the co- author of a textbook under contract
titled Addictions Counseling: A Competency- Based Approach (Oxford University
Press).
Samuel S. Faulkner has been full- time faculty in social work since 2001 and re-
tired as Professor from Morehead State University in June 2017. Now relocated
in Corpus Christi, Texas, he is employed as Associate Professor at Texas A&M—
Kingsville teaching in their new MSW Program. Previously, he has served as BSW
Program Coordinator, Director of International Education, and thirteen years as
Chair of the IRB. Dr. Faulkner served as Campus Representative to the Board of
Directors for the Cooperative Center for Study Abroad from 2006 to 2014, and he
was the onsite administrator for multiple programs including London Summer,
London Winter, Ireland Summer, and Australia Summer. Dr. Faulkner created
the first Chemical Dependency Minor in the Commonwealth of Kentucky. He
has taught research courses, and he is co- author of a textbook under contact ti-
tled Addictions Counseling: A Competency- Based Approach (Oxford University
Press).
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Research Methods for Social Workers
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1
What Is Research?
R esearch has become an increasingly valuable tool for social work
practitioners and scholars. Research is a systematic and methodolog-
ical approach to creating knowledge. In social work, research is instru-
mental in the development of effective practice outcomes, or the outcomes of
professional activities that are designed to improve or change the well- being of
an individual, agency, or other system. For instance, we can research an issue
concerning practice accountability, such as whether an intervention is effective,
or we can measure an issue related to the characteristics of an agency population,
such as changes in the ages of substance abuse admissions over time. Measuring
practice accountability and monitoring agency populations both provide in-
formation that can be used to create evidence- based practices. Evidence- based
practices are practices whose efficacy is supported by evidence. In this chapter,
we will discuss why research is important in social work practice and what re-
search entails, critically examine ways of knowing, define the two fields of re-
search, and provide an overview of four methods of research.
IMPORTA NCE OF SOCIA L WORK RESEA RCH
Perhaps you are asking yourself something along the lines of “Why should I have
to take a class in research? After all, I am interested in working with people.
I could care less about research methods.” The reality is that research is gaining
an increasingly important place in the practice of social work. For instance,
managed care companies, insurance companies, and consumers themselves
are demanding that social workers be able to demonstrate not only that the
techniques, methods, and practices that they employ are useful and effective,
but also that these practices can be used effectively in other settings and with
other populations. Gone are the days when a social worker could rely on per-
sonal intuition and undocumented outcomes as proof that his or her practices
were effective. In fact, the Code of Ethics of the National Association of Social
Workers has an entire section on evaluation and research. Section 5.02 stresses
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2 R E S E A R C H M E T H O D S F O R S O C I A L W O R K E R S
that “Social workers should monitor and evaluate policies, the implementation
of programs, and practice interventions.” In addition, “Social workers should
promote and facilitate evaluation and research to contribute to the development
of knowledge” (National Association of Social Workers, 1999).
There are other reasons why researchers are compelled to adopt more rigorous
ways of measuring the effectiveness of social work practice. In difficult eco-
nomic times, as programs are experiencing a decrease in funding, it is becoming
increasingly important to utilize evidence- based practices to demonstrate
accountability. An increasing number of both government and private grant-
funding sources are requiring evaluation components to be incorporated into
grant proposals. In this age of shrinking dollars, foundations and governmental
funding agencies want assurances that money is spent in the most effective way
possible. Program evaluation can help agencies obtain or retain grants and other
such funding by demonstrating program success. When writing proposals and
developing new programs, social workers need to have at least a basic under-
standing of how to carry out a program evaluation.
Additionally, by researching specific social problems, social workers can be-
come agents of macro change. Social workers can devise social policies and
large- scale interventions to alter inequality and injustice in their agencies and
communities. For instance, a social service agency identifies a significant amount
of no- shows for job- skills training appointments. The agency conducts a tele-
phone survey to identify barriers that prevent clients from keeping appointments
and discovers that lack of access to transportation is the most significant barrier
and lack of child care the second most significant barrier. In response to these
findings, an agency policy is developed to provide taxi tokens and child care
vouchers to consumers with financial need.
DEFINING RESEA RCH
With that in mind, we turn to the question “What is research?” Chances are,
you are already a researcher and do not know it. We often use research methods
without actually labeling what we are doing as research. For example, think back
to the last time you were going to see a movie. If you have ever solicited a review
from a friend or read a review in a paper or magazine and then based your deci-
sion to see the film on the reviewer’s opinion, you were utilizing research meth-
odology. Similarly, if you have ever consulted a newspaper or a local television
station for information about the weather so that you could decide how to dress
for the day, you are utilizing research methods.
Research is, in its simplest form, the assimilation of knowledge and the gath-
ering of data in a logical manner in order to become informed about something.
We often consult with others whose opinions we value (friends, experts, etc.)
and then make a decision based on our informed judgment. The process of
conducting research is essentially the same, but much more thorough.
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What Is Research? 3
WAYS OF K NOWING
The Code of Ethics of the National Association of Social Workers (1999) states
that “Social workers should promote and facilitate evaluation and research to
contribute to the development of knowledge” (section 5.02b). Have you ever
wondered how we gain knowledge (how we know what we know)? Here, we will
discuss four ways in which knowledge can be gained.
First, we can use our own experiences to gain knowledge. Simply by trial
and error we can gradually make decisions about a problem and eventually de-
velop enough knowledge to solve a problem. For instance, you require a cer-
tain amount of sleep at night to feel rested the next day. A pattern of sleep
experiences over time provides you with enough information to determine the
specific amount of sleep you require. However, in social work practice, personal
experiences can be misleading because our experiences and the experiences of
our consumers may be different, just as others may need more or less sleep than
you do.
Second, we can rely on the knowledge of others. Agency supervisors and other
coworkers who have years of practice experience can be important sources of
knowledge. Many have developed tried- and- true practices that have over time
become evidence- based practices. For instance, a supervisor explains that a par-
ticular judge prefers for documentation on a case to be presented in a certain way
and that this practice increases the possibility of a positive outcome in court. In
addition, consulting an expert or some authority in a field outside our own ex-
pertise can help us make better practice decisions.
However, if we rely on faulty information, we may be taking misperceptions
as truth. For instance, many self- help books are available on how to intervene
with an active alcoholic. While many are reliable resources, authors without
evidence- based practice experiences may be offering advice that is based on just
one person’s experience. Therefore, you must look at the qualifications of the
person who is offering advice and ensure it has been shown to be reliable and
valid through repeated positive outcomes.
Third, we can rely on traditions. Tradition provides us with knowledge passed
down over time. Many new social work practitioners are indoctrinated into agency
practice through the established practices of those who have worked there over
time. For instance, agency traditions may include weekly team meetings to staff
cases, debriefing with a supervisor after a difficult assessment, and identifying
caseload counts to ensure equitable distribution. These practices have proved
to increase accountability, reduce turnover rates, and monitor workloads, all of
which are beneficial. However, there are traditions that are not best practices.
For instance, taking consumer files home to work on, giving consumers our
home or cell phone numbers, and standardized group notes are practices that
can bring up issues of confidentiality, boundaries, and lack of individualized
documentation. We have to be careful when relying on tradition, however. Just
because a practice or tradition is “how it has always been done” does not make
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4 R E S E A R C H M E T H O D S F O R S O C I A L W O R K E R S
it a best practice. In some ways, tradition is the least reliable source for gaining
knowledge.
The fourth way to gather knowledge is by using scientific methods to answer
our questions. By researching our questions, we can increase our knowledge
about a particular issue or population. It should be noted that one misconception
about research is that studies are large experiments that are able to solve whole
problems. The truth is that the research process involves small incremental steps.
Each study adds a small piece of information to the whole. The process is much
like painting a picture. Each brushstroke, each dab of paint, adds a small amount
of detail until eventually a coherent picture emerges. Each stroke or dab of paint,
standing alone, may not represent much, but when all the dabs of paint are viewed
together as a whole, we see a picture. Research studies, by themselves, may only
explain a small part of the whole, but, when linked together with other studies,
they begin to help us see a larger picture or describe an occurrence. For example,
there is a plethora of child maltreatment research. Some studies may examine
characteristics of the abusers, others the abused children, and still others the
family dynamics of families in which child abuse is occurring. Each study is a
small part that contributes to our understanding of child maltreatment.
Therefore, one study is not sufficient to apply to everyone. Different studies
may have different— and sometimes opposite— findings because of the specific
characteristics of the populations being researched. For instance, a child protec-
tion agency in a large urban city may report a high percentage of parents using
street drugs, whereas a small rural community may report a high percentage
of parents using prescription drugs. As you can see, the findings of the larger
urban study do not apply to the rural study because the characteristics of the
populations are different.
In summary, it is important to explore all possible ways of knowing about
social work practice. The Code of Ethics of the National Association of Social
Workers (1999) emphasizes that “Social workers should critically examine
and keep current with emerging knowledge relevant to social work” (section
5.01c). Critical examination of personal experiences, the experiences of others,
traditions, and research methods can contribute to evidence- based practices in
social work. The ability to use critical thinking to determine how reliable the
information is an important skill for all social work practitioners. Incompatible
findings are the result of different decisions made by researchers, and this book
will teach you to determine which studies are relatively better.
QUA LITATIVE, QUA NTITATIVE,
A ND MIXED- METHOD RESEA RCH
There are two overarching ways of gathering data, or fields of research. These
are qualitative research methods and quantitative research methods. Qualitative
research is concerned with developing knowledge where little or none exists
and uses words, observations, and descriptions to develop this knowledge.
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What Is Research? 5
Quantitative research is concerned with expanding knowledge that already
exists and using numerical data to report the findings from the research. But
perhaps you want to use both qualitative and quantitative methods, or a mixed-
method design, in your research. Mixed- method designs allow researchers to
design a study using both qualitative and quantitative methods by using numer-
ical and textual data.
Qualitative Research
Social work is a profession that owes a large debt of gratitude to many other
disciplines. Anthropology, psychology, sociology, and medicine have all
contributed to the development of our profession. One of the areas in which
this becomes exceedingly clear is the field of qualitative research. Qualitative
research has deep roots in the fields of anthropology and sociology, where
the development of rigorous and exact methods for fieldwork has long been
fostered.
The use of qualitative research methods is debated among social work
practitioners, faculty, researchers, and other professionals. It is generally agreed
that qualitative research is employed when little or nothing is known about a
subject or when the researcher wants to gain an in- depth understanding of a
person’s experience. Some may argue that qualitative methods are better suited
to studies on complicated topics such as a person’s comfort level with death, how
it feels to be unemployed, or how a child views the drinking habits of an al-
coholic parent. Qualitative research primarily relies on information generated
from observations of the researcher and discussions and interviews with study
participants. However, researchers engaged in qualitative research might also
gather some descriptive information such as the demographics of participants
and their settings in order to place their experiences within a context. In their
simplest form, qualitative research methods are used to help us understand the
characteristics of a phenomenon. Often this type of research uncovers these
characteristics by focusing on the ideas of the people involved.
As an example, let us imagine for a moment that you are a case manager in
a community health agency and the year is 1982. You have noticed that a large
number of your consumers who report being intravenous drug users are also
suffering from a strange new illness that seems to impair their immune system.
You may be aware that acquired immunodeficiency syndrome (AIDS) was a rel-
atively unknown disease in 1982 and that scientists were just beginning to un-
derstand the causes of the transmission of this disease. As a case manager, you
may want to design a qualitative study that will help you explore the experiences
of those who are suffering from this disease by interviewing people living with
AIDS (recording their own words). You may also want to collect some demo-
graphic information such as sex, age, race, and length of illness to describe their
experiences within the context of the research population.
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6 R E S E A R C H M E T H O D S F O R S O C I A L W O R K E R S
Quantitative Research
Advocates of quantitative research argue that it is only through the use of
methods that report numerical representation that the social sciences can be-
come truly valid. Quantitative research seeks to explain relationships between
two or more factors. The aim of quantitative research is to determine how one
thing (a variable) affects another in a population. A variable is any attribute or
characteristic that changes or assumes different values. Variables can represent
subject characteristics (e.g., age, race, sex) or the things you are really interested
in (e.g., agency performance; rate of relapse in addiction treatment; physiolog-
ical, psychological, or sociological causes of child maltreatment). Variables can
also represent the effect of any intervention that subjects receive, such as a cul-
tural sensitivity training.
Mixed- Method Research
Mixed- method research uses both qualitative and quantitative research designs.
Using more than one research method while collecting and analyzing data in a
study is called concurrent mixed- method research. When data collected through
the use of one type of research design provide a basis for the collection of data
using the other type, this is called sequential mixed- method research. There are
several reasons to use a mixed- method design. Among these are that it can test
the consistency of findings obtained through different forms of data collection.
This is referred to as triangulation; this means that the findings from the
methods used are consistent and support each other. Or a researcher might use
a mixed- method design because it allows him or her to use qualitative methods
to add richness and detail to the results obtained from the use of quantitative
methods. Researchers may also choose a mixed- method design so they can use
results from one method to shape subsequent methods or steps in the research
process. This is frequently seen when a qualitative study is used to shape a quan-
titative study. In addition, mixed- method research can be used as a means to de-
velop new research questions or to use one method to challenge results obtained
through another method.
DEVELOPING YOUR RESEA RCH QUESTIONS
You may be asking yourself at this point, “Where do research questions orig-
inate?” Research questions may arise from your personal experience. Thus,
a person who was adopted may feel compelled to study the factors that make
adoptions work well for children. Research questions may develop out of re-
search articles or theories you are studying. A theory is a statement or set of
statements designed to explain a phenomenon based upon observations and
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What Is Research? 7
experiments and often agreed upon by most experts in a particular field. For
example, you may want to test the credibility of the claims put forth by a devel-
opmental theory on aging that you learned about in one of your human behav-
ior classes. Research questions may arise out of your own practice experience.
Regardless of the source, most questions are born out of the researcher’s personal
interest in a subject.
To illustrate this process, we may begin with an observation (“This person
smiles at me and goes out of her way to help me”), then we have an idea (“This
person would make a good friend”), and then we develop a question (“Does
this person like me?”). We can examine this question by drawing from our past
experiences, by consulting others, or by asking the person directly.
When you are developing research questions, there are some issues to keep
in mind. The first thing to consider is whether the question is empirical. This
means the researcher must decide whether it can be quantified. For example, a
question such as “What is the best religion?” is both value laden and subjective
(“the best”). As a researcher, you need to be careful to remember that we can
study values in order to understand what others think, but we cannot conduct
research on values in order to evaluate them. Therefore, we can approach value-
laden issues through qualitative methods that are meant to deal with the sub-
jective questions we would have— this would eliminate any objectivity from the
research. “How many people cheat on their partner?” or “Has having an abortion
prevented further unwanted pregnancies?” are both examples of questions that
attempt to quantify issues of moral worth and can be measured through quan-
titative methods.
WHAT IS A HYPOTHESIS?
A hypothesis is a research statement about relationships between variables that
is testable and that can be accepted or rejected based on the evidence. Therefore,
you can only develop hypotheses that are quantifiable. To design a study to test
your hypothesis, you use quantitative research methods. Hypotheses are divided
into two categories: research hypotheses and null hypotheses. The research hy-
pothesis asserts that there is a relationship between the variables, and the null
hypothesis claims that the relationship between the variables can be rejected.
In other words, the null hypothesis is what the researcher is attempting to re-
ject. For example, we may have a null hypothesis that no difference exists be-
tween a treatment group and a nontreatment group after intervention. If this is
rejected, then the research hypothesis that the treatment group will be different
from the nontreatment group after intervention (e.g., less sick or more educated)
is supported. Hypotheses are typically abbreviated as Ho (null hypothesis), Ha
(research hypothesis), and H1, H2, H3 (a number is used when there is more than
one research hypothesis).
Imagine that you are working at an emergency shelter with a consumer named
Joe.Joe is in need of permanent housing (he has been living on the streets for
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8 R E S E A R C H M E T H O D S F O R S O C I A L W O R K E R S
the past two years). While you are collecting assessment history with Joe, he
discloses that he has a long history of drug abuse. One initial hypothesis may
be “A history of substance abuse is related to not having stable housing.” In fur-
ther discussions with Joe, you explore this hypothesis with him, and he confirms
that his substance abuse has interfered with his ability to seek and keep a job— a
strong factor in his being homeless. You then decide to design a research study to
determine if this relationship between substance abuse and homelessness exists
beyond your client. You can also test a second hypothesis that looks at the rela-
tionship between substance abuse and unemployment.
RESEA RCH DESIGNS
There are different designs that researchers can choose from to collect data in
conducting qualitative, quantitative, and mixed- method research. Exploratory
designs are exclusively grounded in qualitative research, and explanatory designs
are exclusively grounded in quantitative research. Descriptive designs, evaluative
designs, and single- subject designs can draw from either or both types of research.
Exploratory Designs
An exploratory design is a type of research design that allows us to use our
powers of observation, inquiry, and assessment to form tentative theories about
what we are seeing and experiencing. It is generally used to explore understudied
topics. In essence, we need to find out about a phenomenon. By asking an open-
ended question (that is, a question that is worded in a way that allows the re-
spondent to answer in his or her own words as opposed to merely soliciting a
yes- or- no response) and observing the environment, we can begin to identify
common themes from the information we gather. For instance, imagine you are
a crisis call worker shortly after the 9/ 11 terrorist attacks. You are receiving a
high volume of calls from rescue workers involved in the recovery of human
remains. You have little or no knowledge about this experience; therefore, you
explore the callers’ experiences with them by asking questions such as “What is
it like for you?” After listening to several workers, you might discover evidence
of a common theme, for example, that the callers have been experiencing periods
of tearfulness. Based on this evidence, you can then tell other callers that this
experience appears to be common among rescue workers.
Explanatory Designs
An explanatory design is a type of research design that focuses on examining
the relationships between two or more factors and attempting to determine if
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What Is Research? 9
they are related, and, if so, in what ways and how strongly they are related. For
example, you may believe there is a relationship between the amount of time
students spend studying for their research methods class and their final course
grade in that class. Your hypothesis might be “The more students study research
methods, the better their grades in that course will be.” In fact, you would be able
to find studies that have provided evidence that a relationship exists. If you were
so inclined, it would be possible to design a study to examine just how strong the
relationship is between hours spent studying and final course grades.
Descriptive Designs
In a sense, all research is descriptive by nature because it describes how and/ or
why a phenomenon occurs. Qualitative research methods do this using words
and quantitative research methods using numbers. A descriptive design is a
method that can be used to seek information that uses numeric language (how
many, how much, etc.) to describe a population or phenomenon. This can be
used in both qualitative and quantitative methods of research. For example, if
you are conducting a quantitative study of victims of domestic violence, you may
want to collect information on certain characteristics, such as their average age,
what percentage of them have children, and the type of abuse and how frequently
is occurs. You might also ask them to interpret the severity of the last abuse epi-
sode using a scale from 1 to 5. It is important to note here that although this type
of research looks at patterns such as how often an event occurs or ways these
answers develop in relation to each other, it does not try to address why these
patterns exist.
Descriptive information is also collected during qualitative studies to help put
the experiences into context with the population reporting them. For example,
while conducting interviews with 9/ 11 rescue workers, you might also collect in-
formation on how many of these individuals are firefighters, police officers, health
professionals, volunteer civilians, and so forth. By using this mixed- method
design, you may also be reporting how frequently the rescue workers reported
similar textual information— for example, “Six out of ten volunteers stated they
would volunteer again, regardless of the difficulties they are experiencing now.”
Evaluative Designs
Evaluative designs can also draw from both fields of research. An evalua-
tive design draws from qualitative research methods when statements made
in interviews and focus groups and written comments are used to describe
outcomes. For instance, positive comments from a survey may be included in
a program evaluation to demonstrate consumer satisfaction. Evaluative designs
can also draw from the quantitative field of research. For instance, an evaluative
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10 R E S E A R C H M E T H O D S F O R S O C I A L W O R K E R S
design might examine how many and what type of residents were serviced at an
agency over the past month.
Single- Subject Designs
Finally, a single- subject design uses systematic methodology to measure an
individual’s progress over time and measures whether a relationship exists be-
tween an intervention and a specific outcome. These designs can also draw from
either or both methods of research. In a study using qualitative methods, the
consumer’s own statement that he or she is suicidal might be used to justify an
extension for mental health treatment from an insurance company.
STRENGTHS A ND LIMITATIONS OF RESEA RCH
A major strength of research is that it can help us gain an understanding of
many social problems. Through research, we can gain knowledge of issues
such as child maltreatment, domestic violence, and substance abuse. Another
benefit is that research has led to the development of new agency policies,
greater practice accountability, evidence- based treatment strategies, and new
knowledge.
Research also has inherent limitations. First, research is conducted in small
steps that are often repeated to build evidence. Each new study adds to the
overall body of knowledge, which is considered a strength. However, knowledge
is built slowly over time— not in quantum leaps. A second limitation of research
is that the knowledge that it yields is confined to the questions that are asked.
Only by asking enough relevant questions can we obtain useful answers. Finally,
research is subject to bias. Bias is the unknown or unacknowledged error created
during the design of the research method, in the choice of problem to be studied,
over the course of the study itself, or during the interpretation of findings. This
is not to say that the research is necessarily flawed— only limited. For example,
if your study examines parents’ use of corporal punishment with their children
but all your research participants are white, your findings are racially biased.
Therefore, bias can be unintentional and sometimes unavoidable but must al-
ways be identified as a limitation.
CASE SCENA RIO
You are a case manager working in a homeless shelter in a large metropolitan
city. Assigned to your caseload is a family of four— the father, Art; the mother,
Janice; and twin boys (aged seven), Matt and Justin. The mother and father are
both hearing impaired. The twin sons do not have a hearing impairment, but they
use American Sign Language (ASL) to communicate with their parents. Art and
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What Is Research? 11
Janice communicate with each other using ASL and communicate with you (and
other hearing people) using a combination of lip reading and written notes. Both
the parents were employed at a local manufacturing plant until about six months
ago when they were laid off. They moved in with relatives until the relatives were
no longer able to afford having an additional four people living with them. They
are now homeless and living on the street. As a case manager, you wish to learn
more about them, their challenges in living with a disability (hearing impair-
ment), and the customs and culture of the deaf community.
CRITICA L THINKING QUESTIONS
Based on the information in this chapter, answer the following questions:
1. Which research method qualitative (exploratory) or quantitative
(explanatory) would be most appropriate with your clients? Give reasons
for choosing this method.
2. What are three questions that you might ask your clients that would
help you to better understand them, their world, and their culture?
3. What would be at least one limitation of your findings?
KEY POINTS
• Research is the process of systematically gaining information.
• Research is becoming increasingly important as governing agencies
demand evidence that programs and practices are effective.
• Knowledge is gained through our own experiences, through others,
through tradition, and through the use of scientific methods.
• There are two types of research methods: qualitative research methods
and quantitative research methods. When both research methods are
used, this is called a mixed- method design.
• Research questions may arise from personal experience, out of research
articles or theories under study, or out of practice experience and are
born out of the researcher’s personal interest in a subject.
• Hypotheses are research statements about relationships between
variables that are testable and that can be accepted or rejected based on
the findings from a study.
• Exploratory research designs allow the researcher to use his or her
powers of observation, inquiry, and assessment to form tentative
theories about what is being seen and experienced.
• Descriptive research designs use descriptive language to provide
information about a phenomenon.
• Explanatory research designs attempt to explain the relationship
between two or more factors.
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12 R E S E A R C H M E T H O D S F O R S O C I A L W O R K E R S
• Evaluative research designs attempt to examine the effectiveness of
programs and services.
• Single- subject designs are used to measure a person’s progress
over time.
PR ACTICE EX AM
True or False
1. There are four types of research. These are qualitative, inferential,
descriptive, and informative.
2. Quantitative research is usually characterized by the fact that results are
reported in numerical terms (in numbers and figures).
3. The Social Work Code of Ethics promotes social workers conducting
research.
Multiple Choice
4. Knowledge is transferred in four ways. These four ways are:
a. tradition, others’ experiences, our experience, our best guess.
b. others’ experiences, our experience, scientific inquiry, expert opinion.
c. our experience, others’ experiences or knowledge, tradition, and the
scientific method.
d. others’ experiences, our knowledge, tradition, and the Internet.
5. Quantitative research is most often associated with what?
a. explanatory research
b. research that determines why a phenomenon exists
c. research that is generalizable to a large population
d. exploratory research
e. none of the above
6. The NASW _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ of _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ recommends
that social workers conduct research.
7. Hypotheses are divided into two categories: _ _ _ _ _ _ _ _ _ _ _ _ hypotheses
and _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ hypotheses.
8. Single- subject designs measure an _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ progress over time.
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2
Ethical Considerations
Just as ethics is an important part of our interactions with consumers and
colleagues and in carrying out social work practice on a daily basis, ethics is
also important when we are conducting research. Research, like all parts of
the social work profession, has ethics at its core. This chapter introduces you
to some ethical principles and applications used in research, including the pro-
tection of the rights of research participants.
HISTORICA L OVERVIEW
Today, most countries have laws in effect that require human subjects to be
treated with dignity and respect in the conduct of research. The United States has
regulations in place providing guidance and structure for the researcher. What
is the history behind these regulations? It may surprise you to know that the im-
petus for these regulations and the implementation of oversight committees was
research done during World War II.
In 1946, an American military tribunal opened a criminal trial in Nuremberg,
Germany, against twenty- three Nazi physicians. These physicians were accused
of conducting horrific medical experiments on prisoners at various concentra-
tion camps. After 140 days of proceedings during which eighty- five witnesses
testified and 1,500 documents were entered as evidence, sixteen doctors were
found guilty, and seven were sentenced to death. From this trial came the
Nuremberg Code, ten principles for permissible medical experiments:
1. The voluntary consent of the human subject is absolutely essential.
2. The experiment should be such as to yield fruitful results for the good
of society, unprocurable by other methods or means of study, and not
random or unnecessary in nature.
3. The experiment should be so designed and based on the results of
animal experimentation and knowledge of the natural history of the
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14 R E S E A R C H M E T H O D S F O R S O C I A L W O R K E R S
disease or other problem under study that the anticipated results will
justify the performance of the experiment.
4. The experiment should be so conducted as to avoid all unnecessary
physical and mental suffering and injury.
5. No experiment should be conducted where there is an a priori reason
to believe that death or disabling injury will occur, except, perhaps,
in those experiments where the experimental physicians also serve as
subjects.
6. The degree of risk to be taken should never exceed that determined
by the humanitarian importance of the problem to be solved by the
experiment.
7. Proper preparations should be made and adequate facilities provided
to protect the experimental subjects against even remote possibilities of
injury, disability, or death.
8. The experiment should be conducted only by scientifically qualified
persons. The highest degree of skill and care should be required through
all stages of the experiment of those who conduct or engage in the
experiment.
9. During the course of the experiment, the human subject should be at
liberty to bring the experiment to an end if he has reached the physical
or mental state where continuation of the experiment seemed to him to
be impossible.
10. During the course of the experiment, the scientist in charge must be
prepared to terminate the experiment at any stage if he has probable
cause to believe, in the exercise of the good faith, superior skill, and
careful judgment required of him, that a continuation of the experiment
is likely to result in injury, disability, or death to the experimental
subject.
At this point you may be thinking, “How does this apply to me?” In this chapter,
we will examine three ethical principles that social workers can use to protect
human subjects in research.
Public Law 93- 348, called the National Research Act, was signed into law on
July 12, 1974, and addresses the protection of human subjects in research. It
recognizes that research and practice may occur together and that any element
of research should undergo review for the protection of human subjects. The
Belmont Report, published in 1979, summarizes the law as proposing three basic
ethical principles: respect for individuals, beneficence, and justice.
RESPECT FOR INDIVIDUA LS
Respect for individuals involves acknowledging the autonomy of individuals
and protecting those with diminished autonomy. Section 5.02(l) of the Code of
Ethics of the National Association of Social Workers (1999) states that “Social
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Ethical Considerations 15
workers engaged in evaluation or research should ensure the anonymity or con-
fidentiality of participants and of the data obtained from them. Social workers
should inform participants of any limits of confidentiality.” With this in mind,
we will first discuss the concepts of anonymity, confidentiality, and informed
consent. We will then discuss how to protect those whose capacity to make au-
tonomous decisions is limited.
(Note that we are using the current Code of Ethics from the National
Association of Social Workers [1999 edition], but these are due to be updated
and will change in 2018.)
Anonymity
Anonymity is often confused with confidentiality. In research, anonymity
means that the researcher will not collect any identifying information on the
subjects participating in the research study. For instance, you design an explor-
atory study in which you will collect information on how consumers feel about
the services in your agency. One way to do this is to have a comment box in
the lobby or waiting room; consumers can write comments on a blank piece of
paper and put them the box. This allows the individual to remain anonymous.
However, you notice that only consumers with complaints are making use of the
comment box. You then decide to do a descriptive study for which you develop
a form that allows consumers to rate their satisfaction with various services on
a scale from one to four. To maintain the anonymity of the participants, you do
not ask for any information that can be used to identify them, such as name,
age, or occupation. Everyone checking into your agency is handed the form and
asked to complete it before they leave and place it in the comment box. These are
examples of a study using both qualitative and quantitative methods that protect
the anonymity of the participants.
Confidentiality
Confidentiality is the assurance that a researcher provides to subjects that all
information about them and all answers they provide will remain in the hands
of the investigator and that no person outside the research process will have
access to this information. Subjects have a basic right to know that their infor-
mation is kept confidential; this also ensures that they feel protected from poten-
tial repercussions for answering honestly. The researcher, however, may have the
ability to identify the responses of a particular individual. You may be asking,
“How, then, do researchers publish their findings if all information remains con-
fidential?” The answer is that all information is reported in the aggregate (i.e., the
findings are combined). The researcher compiles the data and presents them in
such a way that no individual can be identified.
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16 R E S E A R C H M E T H O D S F O R S O C I A L W O R K E R S
Let’s say that you are conducting a six- week smoking cessation workshop. You
want to follow up with your participants in six months to see how many remain
free of cigarettes, how many times they relapsed, and how many returned to
smoking on a regular basis. In addition to this descriptive (quantitative) data,
you will ask them for written comments (qualitative data) on what worked for
them, what did not work for them, what was helpful about the workshop, and
what was not helpful. The quantitative and qualitative data you collect will be in-
cluded in a grant proposal to fund additional workshops. In your summary, you
would not state that John Smith relapsed twice and found that cinnamon gum
helped curb cravings. But you might say, “One participant relapsed twice and
found that cinnamon gum helped curb cravings.”
Confidentiality can also become an issue in more subtle ways, especially in
small communities where the disclosure of too much information can result in
the identification of an individual. For instance, you are reporting treatment
outcomes of sex offenders to city council members. During your presentation
you describe an offender by stating that “A recently released male sex offender
with a history of child molestation has recently reoffended. He has only been
in treatment for three months, and our statistics show that those in treatment
over six months have a better chance of not reoffending.” The audience may be
able to identify this individual through news articles and even common knowl-
edge about his recent release or arrest. One way you could have reported your
research findings anonymously would have been to report the data in aggregate.
In this example, you could report percentages, such as “One hundred percent
of participants in treatment less than six months have reoffended, while only
54% of participants in treatment over six months have reoffended.” The Code of
Ethics of the National Association of Social Workers (1999) states that “Social
workers who report evaluation and research results should protect participants’
confidentiality by omitting identifying information unless proper consent has
been obtained authorizing disclosure” (section 5.01m).
Informed Consent
Informed consent is the process of educating potential research participants about
the basic purpose of the study, informing them that their participation is volun-
tary, and obtaining their written consent to participate in the study. Informed con-
sent involves the researcher helping potential participants to understand exactly
what is being asked of them and what their participation will entail. Ingelfinger
(1972) argues that informed consent can never be entirely complete. On the other
hand, Gorovitz (1985) believes that the individual has dominion over his or her
own body and is responsible for what happens to him or her. In some ways, both
are correct. As a researcher, it is your responsibility to provide as much informa-
tion as possible to potential participants so that they can decide whether they wish
to participate. The ethical researcher will take care to sit down with the participant
and explain in detail what will be required and what will happen during the study.
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Ethical Considerations 17
The practice of informed consent is an important part of any study. One
small part of the informed consent process is asking a research participant to
sign a statement that outlines the information provided in the informed con-
sent process (see Example 2.1). It is important to note that informed consent
must be obtained before any data are collected. In addition, if you are offering
an incentive for participation (for example, a gift certificate at a fast- food res-
taurant) in your study, then the subject will receive the incentive regardless of
whether or not he or she completes the study. The Code of Ethics of the National
Association of Social Workers (1999) states that “Informed consent should in-
clude information about the nature, extent, and duration of the participation
requested and disclosure of the risks and benefits of participation in the re-
search” (section 5.01e). In addition, section 5.01(h) states that “Social workers
should inform participants of their right to withdraw from evaluation and re-
search at any time without penalty.” The informed consent form must provide
the following information:
1. The researcher’s identity and the nature and aim of the research
2. The subject’s role in the project and the expected duration of the
subject’sparticipation
3. A description of experimental procedures and any possible risks to the
subject’s physical, psychological, or emotional well- being
4. Any benefits to the subject that may reasonably be expected from the
research
5. Contact information that subjects can use to obtain answers to
questions about the research and research subjects’ rights and
information on whom to contact in the event of a research- related
injury or if counseling is needed due to the sensitive nature of the
questions
In addition, the informed consent form must
1. Explain to prospective subjects that they are free to refuse to participate
or to refuse to answer any question or to withdraw from the study at any
time and that refusal to participate or withdrawal from the project will
involve no penalty or loss of benefits to which the subjects are otherwise
entitled;
2. Describe how the confidentiality of the information will be maintained
(e.g., surveys, audiotapes, or videotapes will be kept in a locked filing
cabinet) and the anonymity of the participants will be protected;
3. Explain that participants must be eighteen years of age or older, or
parental/ guardian consent must be obtained; and
4. Provide a verification statement and signature line for participants (“By
signing below, I verify that I have been informed of and understand the
nature and purpose of the project, freely consent to participate, and am
at least eighteen years of age”).
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Example 2.1
Informed Consent Form
Dear Participant:
My name is _ _ _ _ _ _ _ _ _ _ _ _ . I am requesting your help with a research project
I am conducting on the effects of challenge courses. Let me emphasize that you
do not have to take part in anything that makes you uncomfortable. If you do not
wish to take part in this project (or any of the exercises), you do not have to par-
ticipate. This is true, also, for the attached questionnaire. You are free to refuse
to answer any and all of the questions. The survey is voluntary (up to you), and
you can withdraw from the study at any time.
If you agree to participate in the challenge course experience, you will be asked
to participate in activities that require you to work with others as a group to solve
problems and perform tasks. The facilitator/ trainer will explain each activity be-
fore you begin.
Challenge courses are supervised by trained facilitators who are experienced
and able to keep participants safe. The potential benefits for those who partici-
pate in the challenge course are increased communication and trust with group
members.
This study has been reviewed to determine that participants’ rights are
safeguarded, and there appears to be minimal risk or discomfort associated
with completion of this study. The answers you provide on the study will be kept
strictly confidential, and all your responses (completed surveys) will be stored
in a locked file cabinet accessible only to the researcher. This means that no one
will be able to find out how you answered any of the questions. The results of
this study may be presented at a conference or published as a research article in a
journal. These records will be kept in Jones Hall, 100 University Drive, Anytown,
Anystate, 10011. Please feel free to ask for help if something does not make sense
to you or if you have any questions. If you experience any discomfort, you may
contact Jane Smith, Caring Hands Help Agency, 101- 000- 1234.
If you decide to volunteer, please be sure to PRINT your name on the form and
SIGN it to indicate your willingness to participate. That will indicate that you
understand the purpose and elements of the study and that you are willing to
participate.
Name (Print): _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
Signature: _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
Date Signed: _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
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Ethical Considerations 19
Social workers have a long- standing tradition of being the voice (i.e., advo-
cate) of the person who has the least amount of power in a situation. This should
be the guiding principle when you are designing your research study with any
person who is considered to have diminished autonomy. These populations in-
clude individuals who have diminished rights or capacities, including minors;
individuals with diminished capacity due to illness or mental disability; and
people with severely restricted liberties, such as individuals who are incarcerated.
We will say more about these groups in a moment. An ongoing argument is
whether or not children and prisoners can truly give their informed consent (or
whether there is an element of coercion that is subtly implied). And while no one
has the ultimate answer to this debate, it is important to keep in mind.
The legal guardians of minors and individuals with diminished capacity can
weigh the risks and benefits of the research and then decide either with or for
them whether or not they will participate in a research study. Section 5.02f of the
Code of Ethics states: “When evaluation or research participants are incapable
of giving informed consent, social workers should provide an appropriate expla-
nation to the participants, obtain the participants’ assent to the extent they are
able, and obtain written consent from an appropriate proxy.” In Example 2.2, the
signature lines were modified for the addition of consent of a parent or guardian
(or power of attorney).
Informed consent is much more complicated for individuals with restricted
liberties because the pressure to volunteer may come from the authorities in
charge of their liberties. Volunteerism is an element of informed consent that
requires the person to be free of coercion and undue influence. On the other
hand, the individual may want to be involved in the research, and denying that
opportunity can also be viewed as a restriction of his or her rights. While there
is no easy answer to the dilemma posed by such situations, one should examine
whether the benefits of participating outweigh the risks. For instance, let’s say
Example 2.2
Modified Signature Lines for Consent of a Legal Guardian
If you decide to volunteer, please be sure to PRINT your name on the form and
SIGN it to indicate your willingness to participate. That will be indication that
you understand the purpose of the survey and that you are willing to help.
Name (Print): _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __ _ _ _ _ __ _ _ _ _
Signature: _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __ _ _ ___ _ _ _ _ _
Name of Legal Guardian (Print): _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
Signature of Legal Guardian: _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
Date Signed: _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
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20 R E S E A R C H M E T H O D S F O R S O C I A L W O R K E R S
you are researching the effectiveness of a six- week anger management group.
The possible benefits of participating in the treatment may outweigh the risk that
the individual may feel obligated to participate. On the other hand, if you are
researching homophobia among males, the risk of harm is much greater and the
benefits nonexistent.
Several groups of people enjoy extra protection as potential research subjects.
The federal government mandates that anyone who wishes to conduct research
with one of these populations must ensure that their rights are protected. These
protected classes of people are prisoners, pregnant women (and their unborn chil-
dren); minor children; and anyone with diminished intellectual capacity. If you
find yourself in a position where you will be conducting research with one of
these groups, we strongly encourage you to seek out expert help in negotiating
the myriad of regulations that are in place.
Informed Consent and Assent
A word about the difference between consent and assent is important. Informed
consent is the process of informing potential research subjects about the research
study. It should provide someone considering participating as a research subject
enough information to help them make a decision. They (the potential subject)
should be able to state what the research study is about, how long/ how much
time their participation will require, and any risks or potential benefits that will
occur as a result of their involvement.
Assent, on the other hand, is for those individuals who do not have the legal
authority to agree to participate. For example, a minor child does not have the
right to sign for his consent to participate, but he must provide his assent (his
agreement to be a research subject).
BENEFICENCE
The term beneficence refers to being charitable or acting with kindness. In re-
search, it is an obligation to do no harm and to maximize any benefits (i.e., posi-
tive values related to health or well- being) while minimizing possible harm. The
issue of beneficence relates to determining whether the benefits (which can be
direct or indirect and can seem large or small to the participant) outweigh the
risks for the participants of the study. To minimize harm, we must identify the
risks of the research on human participants.
The Code of Ethics of the National Association of Social Workers (1999) states
that “Social workers engaged in evaluation or research should protect participants
from unwarranted physical or mental distress, harm, danger, or deprivation”
(section 5.02j). Participants need to be protected from the risks of participating
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Ethical Considerations 21
in research. Risk refers to the possibility that psychological, physical, legal, social,
or economic harm may occur. Risk is sometimes expressed in levels, such as, “no
risk,” “little risk,” “moderate risk,” and “high risk.”
One note about risk. Risks are rarely acceptable in research and always highly
regulated. Today, medical research involves a degree of risk, especially with drug
trials, but in social behavioral research, risks need to be minimized and eliminated.
This has not always been the case, as we will see next.
Much has been learned from past research studies that have involved a level
of risk to the individual participants. One of these has come to be known as the
Tuskegee syphilis experiment (1932– 1972), a study conducted by the US Public
Health Service on a group of mostly poor African- American men with syphilis
living in the rural South. They were not told that they had syphilis so that the
researchers could examine the etiology (progression) of the disease (Jones, 1981).
Even after a cure in the form of penicillin became available, they were not offered
treatment, which caused long- term health issues for the men and their families.
This high level of physical risk would be considered unethical today.
In 1961, psychologist Stanley Milgram conducted an infamous study of how au-
thority figures could abuse their power. Milgram designed a series of experiments
in which subjects were instructed to administer a series of electric shocks to an-
other subject. Unknown to those administering the shocks, the individuals who
were supposedly being shocked were actually working with the researcher. A dis-
turbing number of subjects were willing to administer dangerously high levels of
voltage even though the people they thought they were shocking were pleading
with them to stop. Several subjects said they did not feel comfortable continuing
with the experiment but continued, regardless, when told to do so by the researcher
(Milgram, 1963). To some people, this research was a worthwhile endeavor as it
provides evidence of the strong influence those in authority can have over others.
One would only have to point to such tragedies as the atrocities carried out under
the Nazis as justification for Milgram’s study. However, others might argue that
the potential trauma this study could cause the participants outweighs the benefit
of the information it could provide. (Accounts of follow- up studies with research
participants in the study who said they were not permanently harmed by the re-
search have been published.)
Another study that has become somewhat infamous in research circles is a study
conducted by a professor of psychology at Stanford University. Philip Zimbardo
converted part of a basement in one of the buildings at Stanford into a makeshift
prison and recruited students for the study. The students were randomly assigned
to be either prisoners or guards. Within a few days, the subjects overidentified
with the roles they were playing. Subjects who had been assigned the roles of
guards became sadistic and mistreated the individuals assigned to be prisoners.
The subjects playing the roles of prisoners soon began to identify as prisoners and
worked to plot against the guards (Haney, Banks, & Zimbardo, 1973). The risk
for psychological, physical, and legal harm was so great that the study, which was
originally intended to last two weeks, was abandoned after a few days.
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22 R E S E A R C H M E T H O D S F O R S O C I A L W O R K E R S
A debate still rages today (Haney, Banks, & Zimbardo, 1998) as to whether
the information that was gained from these studies (benefits) outweighed the
potential harm (risks) to participants. Our point is not to enter into this debate
but to illustrate that the regulations governing research were established to en-
sure the safety and rights of those participating in research. Today, the preceding
experiments would not be approved by the ethics boards that oversee research
with human subjects. All of the preceding studies would be labeled as “uneth-
ical” and would not be allowed to happen. By understanding the mistakes that
have occurred in the past, we can avoid harm in the future.
Debriefing is the process of fully informing subjects of the nature of the re-
search when some form of deception has been employed or when some of the
information is not disclosed. Rarely is it necessary for a researcher to deceive
subjects. However, there may be times when fully disclosing the exact nature
of the research will cause the subjects to act in a way that will skew (alter) the
results. For instance, in medication research, participants are frequently placed
into three groups. One group gets the new drug, one group gets a drug that is
already on the market, and one group gets a placebo. It is not until after the
experiment has concluded that research participates are debriefed as to which
group they participated in. The Code of Ethics of the National Association of
Social Workers (1999) states that “Social workers should take appropriate steps
to ensure that participants in evaluation and research have access to appropriate
supportive services” (section 5.01i).
In debriefing participants, the researcher must describe the nature and aim
of the project, explain why participants were misled or provide the missing
information, and provide the name and phone number of the person to con-
tact in case participants have questions regarding the project. In addition, it is
strongly suggested that the researcher have subjects sign a statement (or other
form of documentation) stating that the subjects have been debriefed and that all
questions about the project have been answered.
JUSTICE
The principle of justice finds its application in the moral requirement that fair
procedures and outcomes be used in the selection of research subjects. Justice
is the fairness of distribution of benefits and risks among all individuals. This
principle can be formulated in four ways: to each person an equal share, to each
person according to individual need, to each person according to individual
effort, and to each person according to merit. Often in research, vulnerable
populations such as the homeless, people of color, institutionalized individuals,
and those living in poverty bear the burden of risky research endeavors, whereas
those with more influence, wealth, and power are selected for research that has
potential benefits.
The Tuskegee syphilis experiment is a good example of researchers imposing
potential risks on an unknowing vulnerable population. In an agency- based
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Ethical Considerations 23
setting, the convenience of already having a population to research can create
opportunities for beneficial interventions, such as new programs. For example,
an agency offering and using research to evaluate an evening recovery program
for residents of a homeless shelter has benefits for participants. When this re-
covery program is opened to the public, those benefits are available to everyone.
This becomes problematic when the population is burdened with risky
interventions, such as “holding” therapy techniques. Therapeutic holding is a
commonly used intervention in residential facilities for the containment of
aggressive behavior in children. Although often effective, the intervention has
inherent physical and emotional safety risks.
OTHER ETHICA L CONSIDER ATIONS
The Code of Ethics of the National Association of Social Workers (1999) states
that “Social workers should report evaluation and research findings accurately.
They should not fabricate or falsify results and should take steps to correct
any errors later found in published data using standard publication methods”
(section 5.01n). This code addresses two ethical issues: reporting findings ac-
curately and not falsifying data. In research, this is called laundering data and
faking data.
Sometimes data from real- world sources are erroneous, incomplete, or in-
consistent. For instance, on a survey, a research participant might select “highly
unsatisfied,” thinking that he or she is selecting “highly satisfied.” Data are in-
complete when one of the ten questions asked on a survey is left unanswered.
Data are inconsistent when one out of one hundred surveys has responses that
are so different from the others that the answers are considered abnormal in the
findings. To deal with erroneous, incomplete, and inconsistent data, researchers
sometimes clean up the data, which is called laundering. Laundering data is a
way of statistically manipulating the data collected to reduce errors and make
the findings more accurate. One way one can achieve this is by removing the ab-
normal responses from the data. However, most applications for laundering data
require more complicated statistical techniques, such as grouping the data into
blocks, reorganizing the data into tables, then regrouping them into blocks after
adjustments are made. The opportunity to manipulate the statistics to support a
hypothesis or desired outcome can be tempting. The problem arises in how the
manipulation is constructed; this can pose ethical problems if the results do not
accurately reflect the findings.
Unfortunately, falsifying or faking data, while not often easily identified, can
and does occur. Faking data is making up desired data or eliminating unde-
sired data in research findings. One example of faking data would be to duplicate
or multiply the answers collected in a research study in order to increase the
number of responses. If only five people responded, the researcher might repeat
their answers ten times and now have fifty responses. The findings are more con-
vincing with a larger sample and can allow for more rigorous statistical analyses
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24 R E S E A R C H M E T H O D S F O R S O C I A L W O R K E R S
(discussed in Chapters 10 and 11). Another example is to simply not include
responses that do not support the hypothesis. For instance, researchers have col-
lected data on how satisfied clients are with the services at their agency. They
throw out some negative responses and keep all the positive responses to in-
crease the percentage of clients reporting satisfaction. Perhaps the most devious
type of faking is simply making up findings without conducting the research.
This can occur when a person mimics another research study but changes the
characteristics and findings.
There are as many reasons for faking data as there are examples. For in-
stance: manipulating or changing findings to support a hypothesis, changing
information so that it increases the chances of publication, providing evidence
needed to apply for or continue a funded grant, or even meeting requirements
of a class project are all examples of how data can be manipulated to fit a desired
outcome. However, the ethical researcher needs to be on guard against unethical
behavior.
One final ethical issue encountered in research that is often overlooked (espe-
cially by students) is plagiarism. The Code of Ethics of the National Association
of Social Workers states that “Social workers should take responsibility and
credit, including authorship credit, only for work they have actually performed
and to which they have contributed” and “Social workers should honestly ac-
knowledge the work of and the contributions made by others” (section 4.08).
Being ethical as a social worker means not only conducting research in a humane
manner, but also giving credit to others’ work. The research process depends on
an assumption that people are being honest and forthcoming when they write
papers and report findings. If researchers, instructors, and students fail to be
honest in their work, the entire process loses credibility and the research pro-
cess becomes suspect. The issue of plagiarism has become an increasing concern
among educators in the past few years. With the invention of the Internet, it has
become increasingly easy for students to take advantage of others’ work without
assigning proper credit to the true authors.
In its simplest form, plagiarism means taking credit for work that is not one’s
own, either in whole or in part. This can take many forms, including copying
or repeating research without giving proper credit. Individuals who plagiarize
are not always intentionally being deceitful; many simply do not understand
that when you use someone else’s ideas, words, or work you need to give proper
credit. This means citing other people’s work in the body of your paper and on
the reference page. The same is true when a person paraphrases someone else’s
thoughts. The rule of thumb is that if you utilize another person’s work, you
need to give him or her credit. If you quote that person, then his or her words
are enclosed in quotation marks and proper citation is given. If you utilize the
person’s thoughts or main ideas but paraphrase what he or she wrote, then you
need to cite the person. Providing proper citations is more than a matter of eth-
ical integrity in research— it is a form of courtesy shown to other authors and
researchers.
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Ethical Considerations 25
An Institutional Review Board (IRB) is a committee mandated by the federal
government to oversee the protection of human and animal subjects in research.
Any institution of higher learning that receives federal money (including finan-
cial aid for students) has an IRB committee that oversees research with human
subjects and animals and ensures that all research is conducted in a safe, ethical,
and humane manner. Hospitals and other facilities that conduct research with
humans or animals also have committees to ensure that research is carried out in
a humane manner. A review board can be beneficial to researchers by ensuring
compliance with ethical practices and standards that protect the rights of research
participants. In fact, the Code of Ethics of the National Association of Social
Workers (1999) states that “Social workers engaged in evaluation or research
should carefully consider possible consequences and should follow guidelines de-
veloped for the protection of evaluation and research participants. Appropriate
institutional review boards should be consulted” (section 5.02d).
Federal regulations stipulate that research that is conducted for the purposes of
publication or presentation or to contribute to knowledge must gain IRB approval.
If you plan to present your research in a journal or at a conference, plan to submit
your research to the IRB at your institution. In addition, some universities require
students to submit a research protocol and meet the board’s requirements when
conducting research as part of a class project. It is a good idea to keep in mind
the principles established by these boards and to incorporate them into your own
research. The first and foremost issue to consider is the safety of your subjects. It
is imperative that, as a researcher, you always consider the issue of what might
go wrong. It is a good idea to keep in mind Murphy’s Law (if something can go
wrong, it probably will).
We recommend checking with your instructor and your own university’s IRB
to determine the regulations in place that govern research at your institution.
In some colleges and universities, the instructor is given oversight of students
conducting research as part of a class and no formal approval from the IRB is
needed. In other schools, all research (regardless of whether it is conducted as part
of a class or not) is required to obtain IRB approval before collecting data.
CASE SCENA RIO
You are a case manager working in a community mental health facility. Part of
your duties is to provide group and individual counseling for adult consumers
who have chronic and severe mental illnesses. Your supervisor has instructed you
to ask your clients to complete a survey. The survey asks several questions in-
cluding their use of illicit drugs (such as smoking marijuana) and alcohol and to
name their mental health diagnosis. You are concerned that your clients have not
been fully informed about their rights as research subjects. When you approach
your supervisor about your concerns, her response is, “It’s okay, I am not asking
anything that could identify them.”
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26 R E S E A R C H M E T H O D S F O R S O C I A L W O R K E R S
CRITICA L THINKING QUESTIONS
1. Based on the information in this chapter and what you have learned so
far, do you believe that you are being asked to contribute to unethical
behavior? Why or why not?
2. Do you agree with the supervisor’s statement that because no specific
identifying information is collected, it is all right to ask these questions?
Why or why not?
3. Given the information provided, what would you suggest as the best
course of action for the case manager?
KEY POINTS
• The three guiding principles for protecting human rights in research are
respect for individuals, beneficence, and justice.
• Three methods for protecting human rights in research are
confidentiality, anonymity, and informed consent.
• Confidentiality is the assurance that a researcher provides to subjects
that all information about them and all answers they provide will
remain in the hands of the investigator and that no other person outside
the research process will have access to this information.
• Anonymity is the practice of not collecting any information that will
identify the subject.
• Informed consent is letting potential subjects know what the basic
purpose of the study will be and that their participation is voluntary
and obtaining their written permission to participate in the study.
• Debriefing is the process of fully informing subjects of the nature of the
research when some form of deception has been employed.
• Plagiarism is the unauthorized use of another person’s work and failure
to give him or her credit.
• Institutional review boards oversee the rights of human subjects
involved in research.
PR ACTICE EX AM
Multiple Choice
1. The Nuremberg Trials were
a. an investigation into Germany’s treatment of prisoners during World
War II.
b. a study conducted on athletes during the 1936 Olympics in Nuremberg,
Germany.
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Ethical Considerations 27
c. a jury trial that considered the legality of the Geneva Convention.
d. none of the above.
2. Some people believe that one of the ethical issues with conducting
research on children and prisoners is
a. they may not be reliable test subjects.
b. they may not be in a position to fully consent to being a subject.
c. they may skew the results of the experiment.
d. all of the above.
e. none of the above; there are no ethical dilemmas with conducting re-
search with children and prisoners.
True or False
3. Institutional Review Boards (known as IRBs) grew out of the Nazis’
unethical experimentation on prisoners.
4. The NASW Code of Ethics does not specifically mention ethics.
5. Plagiarism is considered unethical behavior.
6. Failing to acknowledge another person’s work is a form of plagiarism.
7. Debriefing is the process of discussing with a subject what they thought
about the experiment after it is over.
8. Governmental agencies are not immune from unethical practices.
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3
Qualitative Research Designs
A s we discussed in Chapter 1, research studies use either qualitative or
quantitative methods or a combination of both methods. The type of
research you choose is governed mostly by the research questions that
are posed. For example, a social worker may meet someone who is a child wel-
fare worker and begin to ask questions such as “How did you become a child
welfare worker?” or “What is it like for you to investigate a child abuse case?”
These exploratory questions may lend themselves to a qualitative study because
little is known about the experiences of child welfare workers. In this chapter,
we will examine the fundamentals of qualitative research. We will discuss what
qualitative research means, how it is conducted, and some basic strategies for
conducting a qualitative research study.
HOW IS QUA LITATIVE RESEA RCH USED?
Qualitative research is used if little or nothing is known about a subject. In order
to develop a greater understanding of an issue, we need to use methods that allow
us to investigate a phenomenon through the use of researcher observation and
assessment. All research methods are equally useful and very necessary; however,
they utilize different strategies and ask different research questions to gain knowl-
edge. It is also important to note here that each method also has its own inherent
strengths and limitations. When conducting qualitative research, we gain a tre-
mendous amount of insight into the issue that is being examined, but there are
limitations. Many people do not value qualitative (exploratory) research. A second
limitation is the inherent bias in this research design. However, quantitative re-
search carries with it its own set of limitations. Quantitative researchers strive to be
objective and free of bias and not affect the research outcome, but some argue that
some amount of bias is inherent in all research and being bias free is not possible.
Two strategies used by qualitative researchers are describing the information
collected (descriptive inquiry) and speculating on the information collected
(speculative inquiry).
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Qualitative Research Designs 29
DESCRIPTIVE INQUIRY
Descriptive inquiry is the strategy used in qualitative research to develop a
greater understanding of issues by describing individual experiences. For in-
stance, some research examines issues related to lifestyle, such as Sinetar’s
Ordinary People as Monks and Mystics: Lifestyles for Self- Discovery (1986), which
describes the quest by many people to find spiritual meaning in a materialistic
universe. Other qualitative research may build on existing knowledge, such as
Barton’s Stripped: Inside the Lives of Exotic Dancers (2006), in which the au-
thor uses the participants’ experiences to engage long- standing debates over the
meanings of femininity and sexuality. These studies distinguish themselves by
examining symbolic understandings through the words of the informants. These
studies might typify respondents’ attitudes, but patterns in the samples are often
addressed. In both of these cases, the researchers are exploring the individual
level of understanding (how each individual describes his or her experiences) as
well as the collective level of understanding (what is common and not common
about the experiences).
Social workers frequently use the strategy of descriptive inquiry in agency
practice. For instance, in documentation, it is valuable to record the client’s
statements (“I am always tired and I cry easily”) as evidence to support an impres-
sion (the client is depressed). Client assessments are the recorded descriptions
of clients’ statements as well as social workers’ observations and impressions.
Soliciting feedback, such as clients’ verbal and written comments, is another im-
portant source of descriptive inquiry. Two ways to get verbal comments from
clients are to interview them individually or to hold a focus group. A focus group
is an open discussion in which individuals share their opinions about or emo-
tional responses to a particular subject. For instance, a focus group can be used
to gain information on what residents think about the current living conditions
at a shelter. This information can be used to get a better understanding of their
experiences or to meet the individual needs of residents, for example, by installing
a sliding shower head for a resident who is very tall or very short. Researchers at
a shelter might collect written information by asking residents to journal their
thoughts, feelings, and experiences or by implementing a system that allows
consumers to offer written comments, like a comment box.
It is not uncommon for agencies to use data collected from assessments
and from consumers’ feedback to describe the issues related to the popula-
tion they serve in reports to boards of directors and in presentations to the
public. These reports and presentations create a greater understanding of
clients’ experiences and empathy for them among others who have never had
the experiences themselves. It can also provide knowledge that is useful in
supporting a request for a program or resources from grant- funding sources
to improve the lives of clients.
Qualitative researchers want to discover more about the interactions between
people and their environment. They want to gain an in- depth understanding of
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30 R E S E A R C H M E T H O D S F O R S O C I A L W O R K E R S
what a person is feeling, thinking, and experiencing. For example, people who
want to fully understand the perspectives of someone addicted to gambling can
learn a great deal by reading an addict’s comments on the many lures of the
games. It is not important to be able to make generalizations to all people— just
to know what this person is experiencing.
SPECUL ATIVE INQUIRY
In qualitative studies, data analysis is a process of speculative inquiry, in which
the collected information is used to generate common themes. For instance,
we might ask, “What has this been like for you?” As we ask several different
participants the same question, we can begin to review their answers to see if
any common themes are emerging; that is, we can see if people are saying similar
things about the same topic. This inductive method of going from the individual
to the collective can lead us to generate new hypotheses and theories based on
the knowledge we have gained.
The process of speculative inquiry is a form of inductive research, which is
the gathering of information based on observations and quotes that is organ-
ized into common themes. As more information is acquired, we increase our
understanding and can develop research questions about the phenomenon at
hand. Deductive research is the process of reasoning that moves from a general
hypothesis or theory to specific results through the use of quantitative methods.
QUA LITATIVE RESEA RCH METHODS
A discussion of qualitative research needs to begin with the various types of
qualitative designs. Essentially, there are five main research designs in quali-
tative research: ethnography, grounded theory, phenomenological study, case
study, and biography. Biography is based on a single person’s life reflections
and is not widely used in social and behavioral sciences research. For that
reason we will confine our discussion to the four other designs. While phe-
nomenology uses descriptive inquiry as a strategy for understanding and
grounded theory uses speculative inquiry, ethnography and case study use
both descriptive and speculative inquiry strategies. At times, it may seem that
some of the designs overlap and duplicate others. We will try to make these
distinctions as clear as possible.
Phenomenological Design
Phenomenology is a type of research design that seeks to understand the lived
experience of the individuals who are being studied (their perceptions, thoughts,
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Qualitative Research Designs 31
ideas, and experiences). Phenomenological research in some ways embodies the
field of qualitative research because it is concerned with gaining an in- depth un-
derstanding of the experience of the individual under study. Phenomenological
research uses descriptive inquiry. Sometimes researchers become research
participants themselves to gain firsthand knowledge. When researchers em-
ploy this technique, they make no attempt to be detached; rather, they actually
immerse themselves in the experience. They then rely on their own interpreta-
tion of the experience (i.e., they use introspection) to make sense of what they
experienced. This is called participatory research.
Perhaps you are working in an agency where many of your clients are referred
for welfare assistance and you want to be able to explain what they can expect
when they apply. You could conduct a study in which you make an appointment
at the local public assistance office and go through the process of applying for
public assistance. At each step of the process, you would keep careful notes of
your experiences, feelings, and reactions. You would encounter others going
through the process and could gather information from their comments. You
then could use this experience to share with clients what it was like for you to ex-
perience the application process for welfare assistance. This would be an example
of a descriptive inquiry as part of a phenomenological study.
Grounded Theory Design
Grounded theory is a type of research design that utilizes a recursive form
of question and analysis. The researcher begins with a set of questions often
referred to as grand tour questions. These are large, overarching questions
that identify the broad intent of a research study and are based on existing
knowledge (i.e., experience, knowledge from others, tradition, and prior re-
search). The questions or requests are open- ended; for example, “Describe for
me what it was like for you,” or “What was it like for you?” In the interviews,
the researcher collects the information from the participants. A review of the
information often leads to more specific questions, resulting in a speculative
inquiry.
In social work practice this is done to identify primary issues or problems.
For example, often a family will seek help only after bearing the burden of a
problem for a long period of time. By this time, many more problems and issues
have emerged, and it is difficult to identify the primary or precipitating issues.
Therefore, you start out by asking a broad open- ended question such as “What
brings you here today?” You listen to a plethora of concerns and then ask for
something more specific, for example, “What would you say are your top three
concerns?” This leads to more specific questions, such as “What have you done
in the past to get relief?” and “Have you experienced this problem before?”
After collecting enough answers from family members and adding your own
observations and practice experience, you can now develop common themes
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32 R E S E A R C H M E T H O D S F O R S O C I A L W O R K E R S
to use to identify the primary or precipitating problems (going from specific to
general).
Ethnographic Design
Ethnography is a research design that is centered on cultural behavior.
Ethnographic research seeks to record the cultural aspects of a group (these may
include such aspects as language, dress, social norms, and behaviors). It is con-
cerned with the organization of society and the study of humans. Ethnography
uses both descriptive and speculative inquiry to evolve understanding.
This design might be useful in work with subcultures such as teen gangs. A so-
cial worker working with gang members would want to find out as much as
possible about the culture of various gangs. For instance, what are the colors,
the gang signs, and the common clothing; how do members get initiated into
the gangs; and how can they get out? Which gangs are rivals, and which gangs
use violence? These are important cultural questions that can be explored to
help the social worker studying gang- related practices. Many cultural practices
are shaped and reshaped through trial and error, which makes it difficult for
members to identify, describe, or define what they do. Rules are sometimes more
implicit than explicit. Thus ethnography relies as much on observations as on
interviews.
Case Study
A case study is a detailed analysis of a single person or event (or sometimes a
limited number of people or events). Case studies are interesting because of the
uniqueness of the case being studied. This creates a limitation because the case
is not representative of other cases. The data you collect from a former foster
child living in a rural area whose foster parents paid no attention to her might
be similar to that from other foster children in the same situation but might not
accurately reflect the experiences of foster children from urban areas or more
attentive families. Another problem with case studies has to do with objec-
tivity. The person who is presenting the case usually has some preconceived bias
(opinion based on knowledge from his or her own experiences, knowledge of the
experiences of others, or tradition). Otherwise, why choose to study this case?
However, it is acceptable in case studies for a bias to play a role in the interpreta-
tion of events and the selection of the facts to include in the case.
Let’s say that you are a mother of twins and that you want to do a case study
of one mother with twins and her weekly routine. While collecting information
(observations and comments), you use your own experience to interpret what
is happening. For instance, while one twin is talking to the mother, the other is
getting a forbidden cookie. This may be interpreted as the mother not being able
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Second Edition.
Published by the Center for Teaching and Learning, Northcentral University, 202
1
Contributors:
Marie Bakari, Jennifer Biddle, Linda Bloomberg, John Frame, Namhee Kim, Sharon
Kimmel, Jaime Klein, Paul Markham, Craig Martin, Stephanie Menefee, Eva Philpot,
Wes Rangel, Randee Sanders, Abigail Scheg, Kimberly Scott, Patricia Steiner, Robert
Thompson, Marsha Tongel, Steven Ziemba
In addition to the collaborative process that engendered this guide, it was also informed
by the qualitative methods course in the School of Business, BUS-7380 Qualitative
Business Research Design and Methodology.
For comments or suggestions for the next edition, please contact the
School of Business: sb@ncu.edu
mailto:sb%40ncu.edu?subject=
Foreword (P1)
Introduction (P2)
Student-Chair Engagement (P2)
Qualitative Research Design (P3)
Research Questions (P3)
Case Study (P5)
Multiple Case Studies/Comparative
Case Study (P6)
Participant Selection (P7)
Interviews (P7)
Interviews: Minimum Number
Recommended (P9)
Focus Groups (P10)
Observation (P11)
Document Analysis (P12)
Hermeneutics (P12)
Phenomenological Design (P13)
Constructive Research (P15)
Ethnography (P16)
Grounded Theory (P18)
Narrative Design (P19)
Delphi Method (P20)
Mixed-Methods Research (P21)
Online Questionnaires and Unsuitable
Data Collection Practices (P21)
Interview Guides and Other
Instruments (P22)
Audio Recording and Transcribing
Interviews (P24)
Sampling in Qualitative Research (P25)
Data Saturation (P26)
Triangulation (P27)
Trustworthiness (P28)
Member Checking (P30)
Coding and Thematic Analysis (P30)
Including Data in the Findings (Chapter
4) of the Dissertation (P32)
1
Dear School of Business Community,
Welcome to the Best Practice Guide for Qualitative Research Design and Methods in
Dissertations!
With well over 600 doctoral students in the School of Business working on their dis-
sertation this year, this guide serves as an important resource in helping us shape and
implement quality doctoral-level research. Its primary purpose is to offer direction on
qualitative research in School of Business dissertations, serving students as they craft and
implement their research plans, and serving faculty as they mentor students and evaluate
research design and methods in dissertations.
We encourage you to explore this guide. It is filled with details on important topics that
will help ensure quality and consistency in qualitative research in the School of Business.
Offering support for both faculty and students, this resource covers many topics, from
those related to early stages of qualitative research design, to guidance on how to in-
clude qualitative data in a dissertation.
Thank you to the faculty and staff of the School of Business and wider NCU community
that worked to create this guide. It is a great contribution to our School, and each of
these individuals played an important role in its development.
We wish you the best on your dissertation journey!
SB Leadership Team
2
Introduction
As an accredited university, NCU aims to have ro-
bust expectations and standards for dissertations
produced by its students. This guide, developed
collaboratively by NCU School of Business (SB)
faculty in 2019, and updated in 2021, aims to
provide guidance on best practice in qualitative
research design and methods for SB disserta
tions.
While this guide can serve as a refresher to those
less familiar with qualitative methods, it will also
help ensure consistency in how faculty advise
students on qualitative methods. It is meant to help
ensure good practice vand rigor across commit-
tees and students.
To that end, this document is a guide to help
students when designing their research, as well as
faculty, when judging the merits of student disser-
tation prospectuses, proposals, and manuscripts.
Students should be familiar with the best practices
in this guide and apply them to their dissertation.
References and suggested reading:
Yin, R.K. (2015). Qualitative research from
start to finish. New York, NY: Guilford
Publications.
Student-Chair Engagement
Close engagement between students and facul-
ty is expected through the dissertation process.
Faculty should ensure that students are knowl-
edgeable about expectations, and students should
ensure they obtain necessary mentoring from their
Chair throughout the process. Key areas in the
dissertation sequence where closer than normal
engagement include:
• Developing chapter 1 and ensuring the re-
search questions align with the purpose statement,
problem statement, and methods.
• The IRB process.
• DIS-9902, which requires the completion of
several milestones (Chapters 2 and 3, and the
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3
Developing a qualitative design requires system-
atic planning and the ability to remain flexible.
According to Maxwell (2012: 215), “The activi-
ties of collecting and analyzing data, developing
and modifying theory, elaborating or refocusing
the research questions, and identifying and deal-
ing with validity threats are usually going on more
or less simultaneously, each influencing all of the
others.” In order to develop an effective design,
qualitative research procedures must be based on
the problem, purpose, and re
search questions.
Specifically, the research questions must reflect
the nature of the design. In addition, the purpose
must illustrate how the study is a logical, explicit
research response to the stated problem and the
research questions. Importantly, whereas in a
quantitative study, researchers measure or test
something, in a qualitative study one explores
and understands something. The language used
to describe this exploration should not include the
word ‘prove,’ but, rather, ‘explore’ (or another
similar word).
References and suggested reading:
Maxwell, J.A. (2012). Qualitative research
design: An interactive approach. Thousand
Oaks, CA: Sage Publications.
Research Questions
Rigorous research questions help ensure a student
deeply probes and examines the issue under
investigation in the dissertation. Crafting rigorous
research questions takes time and great effort.
Typically, a student will want to have more than
one research question; but if having only one is
the best way to explore the topic, then the ques-
Dissertation Proposal). Progression data in the SB
indicates that students often need supplemental
courses (e.g. DIS-9902B) in order to complete
these milestones.
• Data collection: student and Chair should work
closely before and during data collection so that
the Chair is frequently apprised of the student’s
progress. Chairs should coach students to ensure
they are comfortable with data collection (e.g.
how to conduct interviews, with whom, and how
many).
• Writing up the findings. Chairs should ensure
students are knowledgeable about how to an-
alyze data and report their findings. See the
“Including Data in the Findings (Chapter 4) of
the Dissertation” section in this guide for further
information.
Qualitative Research Design
A research design is the ‘map’ that will guide the
study. Sufficient time and consideration should be
given to ensure that the design of a study is the
best ‘route’ for the student to take to complete the
dissertation journey. In other words, the research
design should clearly lead to answering the re-
search questions.
Regardless of the method or design that is uti-
lized, all research must be clear, concise, and
focused. Qualitative studies must demonstrate
validity within the context of the specific qualita-
tive design (e.g., credibility, dependability, trans-
ferability, trustworthiness). All research decisions
should be justified with high-quality scholarly
sources.
4
tion needs to be a rigorous question, ensuring the
topic is explored in a wholistic way.
Research questions need to be narrow and
focused, and related to the student’s degree
program and specialization. They need to be
connected to the problem statement in the disser-
tation, rooted in the literature, and reflect re-
search gaps. Having too many research questions
is not wise, as the scope of the dissertation needs
to be clear and focused. Research questions are
not yes/no questions, because if the questions
could be answered this easily, there would be no
need to conduct a study. Furthermore, research
questions should be more than ‘what’ questions
(though a ‘what’ question can be asked). Em-
phasis should be on examining the topic, not just
reporting on the topic (a dissertation is not a list
or answer to a ‘what’ question). Adding rigor
to research questions can be done by including
more complexity, such as by asking: ‘Why?,’
‘How?,’ ‘In what ways?,’ ‘To what extent?,’ or
‘What difference does X make?,’ for example.
Research questions can be considered the heart
of the dissertation–the engine that drives the
thinking behind the dissertation. As a dissertation
is a deep exploration and analysis of something,
the research questions need to relate to the past
or present (not something that may occur in the
future, as that cannot be examined presently).
Thus, great care needs to be taken with questions
that include the word ‘Can’ (as this likely might
indicate that the questions relate to a future event
that may not be adequately researchable in the
present).
An example of an inadequate research question is:
This question is inadequate because it is a yes/no
question, and it is too broad and not specific.
An example of a good research question is:
5
This question is strong because it is focused,
clearly connected to a specific topic, and rigor-
ous.
Finally, research questions are different than the
interview questions asked of the participants in
a study. Whereas research questions drive the
entire study, interview questions are a means of
data collection, and are the specific questions
asked to get data to answer the research ques-
tions. There will thus be a clear link between
research questions and interview questions.
Case Study
A case study is a study that looks, for example, at
one issue in one or more businesses or organiza-
tions. It involves in-depth exploration, guided by
the dissertation research questions. As Bloomberg
(2018: 237) states, “Case study research is typ-
ically extensive; it draws on multiple methods of
data collection and involves multiple data sourc-
es. This method culminates in the production of
a detailed description of a setting and its partic-
ipants, accompanied by an analysis of the data
for themes, patterns, and issues.”
Case studies should create rich and complex
understanding of the topic under exploration.
Bloomberg (2018) states that a case study needs
to have clear boundaries (thus, students need to
be able to articulate what the case study does
and does not include). In addition, the student
needs to provide rationale for why a particular
case is being selected (Bloomberg, 2018).
Students need to collect data from more than one
source in order to ensure deep understanding of
the case. As further described in the Triangulation
section of this guide, having two or more data
sources is required in dissertations. For example,
a student could conduct interviews and analyze
documents from the organization(s) or busi-
ness(es) examined in the study.
Students may choose to design their case study
to include interviews, document analysis (e.g.
reports or specific content on relevant websites,
though this is not a literature review of peer-re-
viewed publications, etc.), direct observations,
participant observation, and/or analyzing physi-
cal artifacts (e.g. audiovisual materials). The goal
is to ensure thick narrative description, including
6
context and important details that allow read-
ers to gain a deep understanding of the case
(Bloomberg, 2018). Importantly, the data collec-
tion methods should be closely aligned with the
research questions (Bloomberg, 2018). In other
words, data collected should directly result in
answering the dissertation research questions.
References and suggested reading:
Yin, R.K. (2017). Case study research and
applications: Design and methods. Thousand
Oaks, CA: Sage Publications.
Bloomberg, L.D. (2018). Case study method.
In B.B. Frey (Ed.), The Sage encyclopedia
of educational research, measurement, and
evaluation (pp. 237-239). Thousand Oaks, CA:
Sage Publications.
Yin, R. K. (2012). Case study methods. In APA
handbook of research methods in psychology,
Vol 2: Research designs: Quantitative,
qualitative, neuropsychological, and biological
(pp. 141–155). Washington, DC: American
Psychological Association.
Multiple Case Studies/Comparative
Case Study
Multiple case studies (or a comparative case
study) analyze similarities, differences, patterns,
and themes across two or more cases (e.g. or-
ganizations, companies). Yin (1993: 34) states,
“The development of consistent findings, over
multiple cases and even multiple studies, can then
be considered a very robust finding.”
Goggin and Orth (2002: 49) state that cases in
a comparative study are purposely selected “on
the basis of similarity and comparability,” so that
they “vary on the dimensions that are theoretically
relevant” (e.g. organisation type), and yet are
“similar in as many other respects as possible.”
Comparative case studies should be carefully
designed, with justification given as to why the
research includes the cases planned for inclusion.
There should also be care in how the study is
described, as a study with multiple sites may be a
multi-site (single) case study, rather than one that
includes multiple case studies. Thus, a student
should consider if his or her design is actually a
multiple case study or a multi-site (single) case
study. This should be discussed in the dissertation.
In any case, whether it is a multiple case study,
or a multi-site (single) case study, a student needs
to clearly articulate why the cases or sites were
selected for inclusion in the study. In other words,
the student should elaborate and defend what
criteria were used to select them, and why that is
important.
References and suggested reading:
Goggin, Malcolm L., & Orth, D.A. (2002).
How faith-based and secular organizations
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7
tackle housing for the homeless. Roundtable on
Religion and Social Welfare Policy.
Yin, R.K. (1993). Applications of case
study research. Newbury Park, CA: Sage
Publications.
Yin, R. K. (2012). Case study methods. In APA
handbook of research methods in psychology,
Vol 2: Research designs: Quantitative,
qualitative, neuropsychological, and biological
(pp. 141–155). Washington, DC: American
Psychological Association.
Yin, R.K. (2009). Case study research: Design
and methods, 4th edition. Thousand Oaks, CA:
Sage Publications.
Participant Selection
Participants are people recruited to participate
in a study. Often, participants are those who are
interviewed. In selecting participants for a qual-
itative study, it is essential for a student to first
identify who will be included in the sample based
on the information that needs to be obtained to
answer the research questions. The student needs
to ensure that participants have experience or
knowledge about the topic being explored and
are the most appropriate choices to include in the
study. Also, students need to ensure that they will
be able to obtain access to the participants (e.g.
interviewing U.S Senators would not be a feasible
research design because it would be very unlikely
that a student could interview enough U.S. Sena-
tors to complete a dissertation). Importantly, once
participants are selected, students need to outline
how and why the participants were selected.
Interviews
Interviews are a method in which there is a con-
versation focused around interview questions or
topics that are discussed with the purpose of gath-
ering information to answer the research ques-
tions guiding the dissertation. Interviews allow the
researcher to get in-depth data from participants
in a one-to-one setting.
Structured interviews include pre-determined
open-ended questions that are asked in a prede-
termined order. For data analysis, the researcher
is able to compare and contrast the answers to
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8
the specific questions. In unstructured interviews,
the questions are not predetermined. Data anal-
ysis can be more challenging given variation in
the questions that were asked. Semi-structured
interviews contain the components of both struc-
tured and unstructured interviews. Interviewers
ask pre-determined questions to be answered by
all respondents but allow for clarification and
additional questions to be asked. Typically, stu-
dents will conduct structured, or semi-structured
interviews.
Interviews may be conducted in-person or through
an online medium, such as Skype, or by phone
(not email). With the participant’s permission,
interviews should be audio recorded (see “Audio
Recording and Transcribing Interviews” elsewhere
in this guide); if interviews are conducted by
phone, the student will need to consider how to
audio record the call. Students will also need to
consider—and discuss in their dissertation—the
limitations of conducting an interview virtually, or
on the phone (rather than in person), including
what ways communication and data may have
been hindered or limited because the interview
was not conducted in person.
According to Boyce & Neale (2006), conduct-
ing interviews should follow the same general
principles of the research plan: plan, develop
instruments, collect data, analyze data, and
disseminate findings. The plan identifies who will
be interviewed and what information will be ob-
tained. Developing the instruments will guide the
implementation of the interviews. When the data
is being collected, consent should be obtained
along with an explanation of the purpose of the
interview. To analyze the data, the researcher
will transcribe all data and review the findings.
The final step is to disseminate the findings to the
stakeholders and community.
References and suggested reading:
Boyce, C., & Neale, P. (2006). Conducting
in-depth interviews: A guide for designing
and conducting in-depth interviews. Pathfinder
International Tool Series.
Easwaramoorthy, M., & Zarinpoush, F. (2006).
Interviewing for research: Tip sheet #6.
Toronto: Canada Volunteerism Institute
Yin, R.K. (2015). Qualitative research from
start to finish. New York, NY: Guilford
Publications.
https://www.google.com/url?sa=t&rct=j&q=&esrc=s&source=web&cd=1&cad=rja&uact=8&ved=2ahUKEwiSjLT24vPkAhUsxqYKHbGaBHEQFjAAegQIABAC&url=http%3A%2F%2Fsectorsource.ca%2Fsites%2Fdefault%2Ffiles%2Fresources%2Ffiles%2Ftipsheet6_interviewing_for_research_en_0 &usg=AOvVaw2qyOG3IP7T_cH9iN8ln1qm
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9
Interviews: Minimum Number
Recommended
Several factors should be considered when de-
termining the number of interviews a researcher
should conduct in a qualitative study. Bryman
(2012) recognizes the variety of recommenda-
tions in the literature about the number of inter-
views in qualitative studies, highlighting ranges
from 20-30 and 60-150 interviews. A further
range was offered by Marshall, Cardon, Poddar,
and Fontenot (2013: 20), who argued that, in
research related to their own discipline (Informa-
tion Systems), “Single case studies should gener-
ally contain 15 to 30 interviews.” Furthermore,
in a study of 179 doctoral theses from British and
Irish universities that used the case study method,
Mason (2010) found that the average number of
interviews conducted was 36 (the mode was 40,
and the median was 33).
While the target number of interviews for which a
researcher should aim is usually not delineated in
the literature, a minimum number of interviews is
sometimes explicated. For example, the Archives of
Sexual Behavior articulated policy for the minimum
sample size for grounded theory studies published
in their journal (Dworkin, 2012). They did this so
that authors would have clarity on sample size
expectations for a grounded theory design. Thus, it
can be valuable for researchers—especially those
rather new to the field—to have some guidance on
what is expected in their discipline.
While constraints such as time and funds must be
considered, Charmaz’s (2012: 22) advice should
be given important consideration: “…learn what
constitutes excellence rather than adequacy in
your field—and beyond, if your project portends
of having larger import—and conduct as many
interviews as needed to achieve it.”
To ensure appropriate rigor and consistency with-
in NCU SB dissertations, it is recommended that
students conduct a minimum of 15-20 interviews.
A maximum number is not stated. An accurate
assessment of saturation should guide the number
of interviews conducted (see “Data Saturation” in
this guide).
The design of a qualitative study should be of an
appropriate design and nature that allows for this
recommended minimum number of interviews.
This should be considered when designing the
study, including the research questions and po-
tential site(s) where the study will take place. In
some research designs, such as phenomenolog-
ical studies (see “Phenomenological Design” in
this guide), students may wish to interview par-
ticipants more than once (with different questions
and at different times) in order to get thick and
rich data. If this is part of the research design, a
fewer number of participants may be selected, if
appropriate (because they will be interviewed at
least twice).
In all cases, saturation should be ensured (see
“Data Saturation” in this guide), and the student
should provide a clear explanation and defense
of why saturation was believed to have been
10
obtained. In addition, when possible, students are
encouraged to follow the best practice, stated by
Marshall, Cardon, Poddar, and Fontenot (2013),
of citing any previous studies that were conducted
with a similar design.
References and suggested reading:
Bryman, A. (2012). Untitled contribution,
in S.E. Baker, & R. Edwards, How many
qualitative interviews is enough? Expert voices
and early career reflections on sampling
and cases in qualitative research (pp.18-20).
National Centre for Research Methods Review
Paper.
Charmaz, K. (2012). Untitled contribution,
in S.E. Baker, & R. Edwards, How many
qualitative interviews is enough? Expert voices
and early career reflections on sampling and
cases in qualitative research (pp. 21-22).
National Centre for Research Methods Review
Paper.
Dworkin, S.L. (2012). Sample size policy for
qualitative studies using in-depth interviews.
Archives of sexual behavior, 41(6), 1319-1320.
Marshall, B., Cardon, P., Poddar, A., &
Fontenot, R. (2013). Does sample size matter
in qualitative research?: A review of qualitative
interviews in IS research. Journal of computer
information systems, 54(1), 11-22.
Mason, M. (2010). Sample size and saturation
in PhD studies using qualitative interviews.
Forum qualitative Sozialforschung/Forum:
Qualitative social research 11(3.8).
Focus Groups
A focus group, as described by Hair, Celsi, Ortin-
eau and Bush (2013), is a face-to-face experience
with a small group of individuals that are assem-
bled to have an interactive discussion concerning
a research topic of interest. In their dissertation,
students need to articulate why they have gath-
ered particular people into focus groups, justify-
ing the design and numbers of participants includ-
ed in their study. Students should keep in mind the
challenge entailed in attempting to gather busy
people together in the same room at the same
time. This is a challenge that needs to be consid-
ered carefully, as a student does not want to real-
ize when it is too late that gathering focus groups
is not feasible for his or her study (because partic-
ipants do not attend). Students should understand
that deciding to change the research methods
during the data collection period requires modifi-
cations to the IRB application, and IRB approval
needs to be sought again. This takes time away
from the time allotted to data collection.
Students need to justify why focus groups are the
best method for their data collection. Students
should keep in mind that multiple focus groups
will be needed in order to collect sufficient data.
Students should design their study so that the
amount of data they obtain is comparable to the
data that would be acquired in the section in this
guide discussing the minimum number of inter-
views in case study research (see the section on
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11
this topic in this guide). If a study includes focus
groups as one method used (for example, in addi-
tion to interviews), fewer number of focus groups
would be acceptable.
A focus group is comprised of three steps or
phases: planning the focus group study; imple-
menting the focus group; and evaluating, analyz-
ing and communicating the results. When plan-
ning a focus group, several important elements
need to be considered: Should the focus group be
conducted online (for example, in a group Skype
call) or in a face-to-face environment? How large
should the focus group be? Who should be con-
sidered to be part of the focus group, and why?
How should qualified participants be recruited?
Should incentives be used to improve the likeli-
hood of attracting committed participants? Where
should the focus groups be conducted?
Creswell (2013) noted that successful focus
groups are interactive and, therefore, group
dynamics play a significant role. Creswell (2013)
also noted that effective focus groups are heavily
dependent on the facilitator keeping the discus-
sion focused on the primary objective of the re-
search. A student thus needs practice and training
in order to prepare for successfully conducting
focus groups. Chairs need to ensure students are
comfortable and prepared with conducting focus
groups before they begin data collection.
References and suggested reading:
Creswell, J.W. (2013). Qualitative inquiry
& research design: Choosing among five
approaches (3rd ed.). Thousand Oaks, CA:
Sage Publications.
Hair, J.F., Celsi, M.W., Ortineau, D.J., & Bush,
R.P. (2013). Essentials of marketing research
(3rd ed.). New York, NY: McGraw-Hill Irwin.
Observation
Marshall and Rossman (1989: 79) define obser-
vation as “the systematic description of events, be-
haviors, and artifacts in the social setting chosen
for study.” Observation enables one to describe a
situation using all of one’s senses, thus creating a
‘written photograph’ of the situation being studied
(Erlandson, Harris, Skipper, & Allen, 1993). Stu-
dents who use observation as a method need to
be cautious of the influence their presence might
bring.
It is imperative that observers take detailed and
accurate notes, to be coded and analyzed at
what could be a potentially much later date. The
notes taken will be the only record of what was
observed. So, without accurate and detailed
notes, the observation could be rendered useless.
As mentioned above, the observer should use all
five senses during the process. The environment
and setting is just as important as the situation
being observed. Finally, as is always the case,
research questions and the method to answer
the research questions must be closely linked.
If observation is a method used in a study, the
12
student should clearly delineate in the dissertation
how and why observation is the best method to
answer the research questions.
References and suggested reading:
Marshall, C., & Rossman, G.B. (1995).
Designing qualitative research. Newbury Park,
CA: Sage Publications.
Erlandson, D.A., Harris, E.L., Skipper, B.L., &
Allen, S.D. (1993). Doing naturalistic inquiry:
A guide to methods. Newbury Park, CA: Sage
Publications.
Yin, R.K. (2015). Qualitative research from start
to finish. New York, NY: Guilford Publications.
Document Analysis
Often used as a means of triangulation, document
analysis involves examining documents (which
can include those in print or online, including
websites) to extrapolate meaning, understanding,
and knowledge surrounding the topic or phenom-
enon in question. Importantly, document analysis
is not a literature review (which students complete
in Chapter 2 of the dissertation). Instead, docu-
ment analysis is a method to collect and analyze
data that will help to answer the research ques-
tions.
Because document analysis is typically used to
triangulate data, it is thus used in support of
other methods (e.g. in-depth interviews). So, for
example, if a student is doing a case study to
explore organizational decline, a student may
interview employees and also gather operational
documents to analyze. One thing to keep in mind
about this method is the ability (or inability) to ac-
cess documents. Students need to consider if they
will have permission from companies or organiza-
tions to review documents not publicly available
on the internet.
When embarking on document analysis, students
need to carefully consider, and articulate in their
dissertation, which documents (or types of doc-
uments) will be analyzed, and why. The process
for document analysis should be thought out well,
including how the documents chosen relate to the
research questions, the types of data expected
to be found within the documents, and how this
data collection method fits with the other form(s)
of data collection (e.g. interviews) planned for the
study. The process should be systematic and clear.
As Bowen (2009: 38) states, “the researcher
should make the process of analysis as rigorous
and as transparent as possible. Qualitative inqui-
ry demands no less.”
References and suggested reading:
Bowen, G. A. (2009). Document analysis as
a qualitative research method. Qualitative
research journal, 9(2), 27-40.
Hermeneutics
Hermeneutics refers to the interpretation of text.
Through a hermeneutical study, a researcher
interprets ‘sacred’ text in a manner that captures
the essence of the human experience. Since the
inception of hermeneutics, it has been used effec-
tively by more than one academic discipline to
interpret religious scriptures, laws, music, poetry,
and more. For a student interested in interpreting
text for deeper meaning, the references below
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13
are a valuable starting point. For the newcomer
to hermeneutics, Schmidt’s Understanding Herme-
neutics is the best place to begin. If hermeneutics
is a critical element of a dissertation, a student
should include a discussion of hermeneutics in the
dissertation, including how he/she will follow best
practices in the literature.
References and suggested reading:
Davey, N. (2012). Unquiet understanding:
Gadamer’s philosophical hermeneutics.
Albany, NY: SUNY Press.
Schmidt, L.K. (2016). Understanding
hermeneutics. Abingdon, UK: Routledge.
Thiselton, A.C. (2009). Hermeneutics: an
introduction. Grand Rapids, MI: William B.
Eerdmans Publishing Company.
Phenomenological Design
The phenomenological research design (or phe-
nomenological study) is focused on examining a
phenomenon, or specific experience, and how
it affects people, such as people who have been
affected by an event. This phenomenon must have
a business or administration-related context, de-
pending on the student’s specialization.
Understanding the effect of an event (the
phenomenon) requires the researcher to
identify individuals who had a specific type of
experience that was directly related to the event.
If a student chooses a phenomenological design,
the design should be clearly defended in the
dissertation, with clear reason as to why the
design was selected, and what phenomenon will
be explored.
All participants a student interviews must have
lived experiences related to the central phenom-
enon under study. Research questions guiding
a phenomenological design should allow for all
aspects of the experience under study to emerge
from the participants’ experience.
In a phenomenological study, a student is likely to
visit with participants individually (over multiple
interviews of at least one hour each). Students
should collect rich narrative and observational
data (i.e. field notes), and ensure immersion in
each participant’s world. The focus should be
on thorough description, and homing in on the
phenomenon under examination (Bevan, 2014).
Bevan (2014: 142-143) states that the focus of
14
this design “is one of accurately describing and
thematizing experience in a systematic way. It
uses themes of contextualizing experience, appre-
hending the phenomenon, and clarification of the
phenomenon.”
At the end of each interview, it is recommended
that the student complete an entry in a research
journal, where reflections on the interview are
entered. In order for this to be done well, detailed
content and reflections should be added to the
journal (which can be a Microsoft Word file, etc.)
as soon as possible after each interview is complet-
ed. This journal will be especially beneficial when
developing themes for meanings behind the words
of the participants (when analyzing data). The
following research journal template can be used:
15
In describing the interview process, Bevan (2014)
summarized another scholar’s approach (Seid-
man, 2006), which included interviewing the
same person 3 times. The first interview focused
on the interviewee’s life history, which provided
context. The second interview focused on recon-
structing the experience, including the relation-
ships and structures relating to the experience.
The final interview focused on how the interview-
ee reflected on the meaning of the experience.
A student should evaluate if phenomenology is the
correct method to be used for his or her disserta-
tion, and should clearly outline the projected inter-
views planned to explore the phenomenon under
examination. As stated earlier in this guide (see
“Interviews: Minimum Number Recommended”), it
is recommended that students conduct a minimum
number of 15-20 interviews in a qualitative study.
The reason is to ensure thick and rich data is col-
lected about the phenomenon explored. If inter-
viewing a fewer number of participants better fits
the research design (or this number is not practi-
cal because few participants have experienced
the phenomenon), then it is recommended that
students interview a minimum of 8-10 participants
twice (or, potentially, interview a fewer number of
participants 3 times each, if the phenomenon is
experienced by a very small number of people).
Students should ensure that the sample size and
number of interviews conducted is determined
from saturation (see “Data Saturation” in this
guide), continuing data collection until saturation
is reached. If multiple rounds of interviews are
planned, different questions should be asked
in each round. The interview questions should
be derived from the central research question(s)
about participants’ lived experiences relative to
the phenomenon
under study.
This design should only be used for deeply ex-
ploring experiences and phenomena. It involves
a different approach than the typical act of sitting
down and talking with interviewees about a par-
ticular topic or issue.
Phenomenology is deeply rooted in a philosoph-
ical base, as well as being a research method-
ology. The intent of a phenomenological study is
to uncover, describe and interpret the essence of
experience and to provide greater insight and
understanding to the essence of the experience
under study.
Data analysis in a phenomenological study
should follow a thematic analysis process. This
process allows students to analyze the data via
coding (see “Coding and Thematic Analysis” in
this guide).
References and suggested reading:
Bevan, M.T. (2014). A method of
phenomenological interviewing. Qualitative
health research, 24(1) 136–144.
Constructive Research
Constructive research refers to research that has,
at its focus, a problem-solving mission. It is aimed
at producing solutions to both practical and theo-
retical problems (Oyegoke, 2011). As Oyegoke,
(2011: 576) states, “The identified research prob-
lems are used to propose research questions that
address the problem. The questions are solved by
16
developing or constructing a solution which will
be operationalised to determine its workability
and appropriateness.”
It is recommended that a constructive research dis-
sertation be understood and designed as a case
study (see “Case Study” in this guide). Guidance
on case study, including triangulation, should thus
be followed in constructive research. Oyegoke
(2011) identifies six phases of a constructive
research project: 1) problem identification; 2)
in-depth understanding of the topic; 3) construc-
tion of a solution; 4) justification of the construct;
5) highlighting both the theoretical and practical
contributions; and 6) examining the scope of
applicability.
While those who may actually use the solution
constructed in a project are ideally involved in its
design, as well as the strategy for how it will be
applied (Oyegoke, 2011), given that a disserta-
tion is a single-person project, a student should
consider ways to feasibly include and integrate
input from these individuals throughout the study.
References and suggested reading:
Oyegoke, A. (2011). The constructive research
approach in project management research.
International journal of managing projects in
business, 4(4), 573-595.
Ethnography
The objective of the ethnographic researcher
is to gain an in-depth understanding about the
activities of a group under study and how their
activities are influenced by the culture within the
group. This is done by becoming immersed as a
participant in their daily activities. The researcher
must be immersed in the culture or the situation to
observe the culture in its natural environment. In
the field of business, this could be a business’s or
organization’s culture. The researcher seeks to
document the culture, practices and perspectives
of the group or community studied while partici-
pating within and observing the group or commu-
17
nity in its regular setting (Draper, 2015). Data col-
lection methods include unstructured observations
and informal inquiries while the researcher serves
as a participant. Data collection often includes
formal interviews, direct observations, document
reviews and focus groups when the researcher
acts as an outside observer (Draper, 2015). The
ethnographer normally will develop an extensive
set of field notes during the time serving as a
participant within the group, and as an observer
of the group setting.
Ethnography, as a qualitative research design,
has the intent to advance understanding about
how a group or community views the world in the
context of the beliefs, traditions and customs of
that group or community (Reeves, Kuper & Hodg-
es, 2008). Ethnography has its origins in an-
thropology and sociological research; however,
ethnography in 2019 involves a variety of con-
texts and settings, including healthcare, educa-
tion, businesses, and other organizations (Reeves,
Kuper & Hodges, 2008).
To facilitate the inductive analysis employed
in ethnography, the collected data often is fac-
tored into some combination of the following
8 dimensions: space, or physical layout, of the
setting; a description of the group or community
participants; the set of activities occurring in the
setting; tangible objects present; specific actions
of individuals present in the setting; time and/
or sequencing of actions; goals or objectives
people establish in the context of the setting; and
specific emotions expressed by participants while
in the setting (Reeves, Kuper & Hodges, 2008).
The researcher uses interpretive and descriptive,
systematic structures demonstrated as credible to
conduct the analyses of qualitative data (Patton,
2015). The objective of the analysis is to devel-
op interpretations of the meanings of activities
observed in the group or community setting in
the context of the beliefs, traditions and customs
established by the group or community. Explana-
tions about how or why participants within the set-
ting behave as they do contribute to a rich, com-
prehensive report (Humphreys & Watson, 2009).
Because the researcher often serves as a par-
ticipant, as well as an observer, ethnography
18
research has several additional challenges when
compared to other qualitative designs (Draper,
2015). To blend into the setting requires that the
researcher build rapport with other participants
within the group or community. The researcher
should consciously bracket out any prejudgments
or biases and seek to maintain an objective view-
point throughout the time of data gathering, so as
not to skew the interpretation of the data.
Ethnography studies enable the researcher to im-
merse oneself deeply within the group or commu-
nity to obtain an in-depth and rich understanding
about social interactions and behaviors observed.
As a participant, ethnographers might acquire
data hidden from public view which explains fur-
ther the behavior within the group or community
studied (Draper, 2015).
Importantly, because ethnography requires immer-
sion for a significant period of time, this research
design is likely not suitable for most NCU stu-
dents.
References and suggested reading:
Draper, J. (2015). Ethnography: Principles,
practice and potential. Nursing standard,
29(36), 219-225.
Humphreys, M., & Watson, T. (2009).
Ethnographic practices: From ‘writing-
up ethnographic research’ to ‘writing
ethnography’. Organizational ethnography:
Studying the complexities of everyday life, 40-
55.
Patton, M.Q. (2015). Qualitative research &
evaluation methods: Integrating theory and
practice (4th ed.). Thousand Oaks, CA: Sage
Publications, Inc.
Reeves, S., Kuper, A., & Hodges, B.D.
(2008). Qualitative research methodologies:
Ethnography. British medical journal,
337(7668), 512-514.
Grounded Theory
Grounded theory (GT) is an inductive process
whereby analysis of collected data allows the
researcher to produce theory explaining the
phenomenon in question. In 1967, Glaser and
Strauss discovered this approach while research-
ing terminal illness. According to Charmaz and
Mitchell (2001), the process is characterized
by five general characteristics: (1) Simultaneous
data collection and analysis; (2) Searching for
emerging themes via early analysis; (3) Discov-
ering basic social processes within the data; (4)
Explaining those processes via inductive construc-
tion of abstract categories; and (5) Integrating all
of the above into a theoretical framework specify-
ing causes, conditions, and consequences of the
process(es).
There is a hidden challenge in grounded theory
research that makes this design less ideal for dis-
sertation-type research: to fully develop a theory,
the researcher must repeatedly test the emergent
theory to establish its true existence. Grounded
theory studies are time-consuming because repeat-
ed measures are required to confirm the existence
of the theory. It is a very rigorous method, but
once it is conducted well, it can contribute to the
foundations of theory building. Because of the
time it takes to conduct this type of study, it is not
19
recommended for an NCU dissertation.
For an in-depth review of GT, please refer to the
article listed below by O’Connor, Carpenter &
Coughlan (2018). In this article, the authors re-
view both the classic and constructivist viewpoint
surrounding GT, and the main tenets of properly
executing a GT study.
References and suggested reading:
Charmaz, K., & Mitchell, R.G. (2001).
Grounded theory in ethnography. In P.
Atkinson, A. Coffey, S. Delamount, & J. Lofland
(Eds.), Handbook of ethnography (pp. 160-
174). London, UK: Sage Publications.
O’Connor, A., Carpenter, B., & Coughlan,
B. (2018). An exploration of key issues in
the debate between classic and constructivist
grounded theory. Grounded theory review
7(1), 90-103.
Narrative Design
The narrative design is used when the researcher
is trying to describe the lives of subjects or partic-
ipants, told by the subjects or participants them-
selves. The use of narrative design allows for the
emergence of voices that may otherwise not be
heard. It provides a means to understand and pres-
ent real-life experiences as told through the stories
of those who lived those experiences. The story-tell-
ing approach of narrative design allows for deep,
rich descriptions of experience and the meanings
of the experience to emerge and be shared. Exe-
cuting this type of research can be time-consuming
because of the number of hours that must be spent
with the participants to gather data.
This design uses stories told in the autobiograph-
ical words of the participant. The narrative
approach allows participants to share their ex-
periences and for the researcher to further exam-
ine multiple experiences in an effort to shape a
common true story through a collaborative effort
of participants and researcher. It focuses on the
participant creating a story based on the internal
processing of their own self-awareness, the deep
learning that resulted from reflection, and external
consequences as well as internal development as
a result of change (Connelly, & Clandinin, 1986;
Creswell, 2008; Mahler, 2008).
The researcher actively participates in the study
by interacting with the participants, thereby
becoming immersed in the study as they partic-
ipate in the telling of the stories of their partici-
pants. Semi-structured interviews are conducted
with each participant, transcribed, and coded to
capture significant insights into their behavior. A
descriptive vignette on each participant is devel-
oped from the coded transcriptions and review of
the audio recordings. Participants are invited to
reflect on their profile and provide any follow-up
comments.
20
In many ways, narrative design can appear sim-
ilar to phenomenological studies (See “Phenome-
nological Design” in this guide). In phenomenol-
ogy, the focus is on the essence of a particular
experience, while in narrative design the focus is
on a chain of experiences and the connection of
the events within the experiences.
If a student chooses a narrative design, the choice
should be clearly defended in the dissertation,
with clear reason as to why the design was select-
ed. Furthermore, the student will need to clearly
articulate a plan for how to gather rich data that
is comparable to the data that would be obtained
in a case study (see “Interviews: Minimum Num-
ber in a Case Study Design” in this guide). This
may be done by conducting multiple interviews
with the same person, for example.
References and suggested reading:
Connelly, F.M., & Clandinin, D.J. (1986).
On narrative method, personal philosophy,
and narrative unities in the story of teaching.
Journal of research in science teaching, 23(4),
293-310.
Creswell, J.W. (2008). Educational research:
Planning, conducting and evaluating qualitative
& quantitative research (4th Ed.). New Jersey,
NJ: Pearson Education.
Mahler, E.B. (2008). Defining career success
in the 21st century: A narrative study of
intentional work role transitions. ProQuest.
McAlpine, L. (2016). Why might you use
narrative methodology? A story about
narrative. Eesti Haridusteaduste Ajakiri.
Estonian Journal of Education, 4(1), 32-57.
Delphi method
When students wish to employ a research method
that is untraditional for a qualitative study, they
need to ensure the data they collect will be rich
and rigorous; in addition, a similar level of work
as a more traditional qualitative study needs to be
involved.
For students wishing to do a Delphi Method study,
it is recommended that 15-20 panelists be inter-
viewed in a face-to-face meeting (or via zoom or
the telephone, etc.) in the first round, after which
another type of data collection method (after the
participants are interviewed) could gather addi-
tional data from these same participants.
21
While a Delphi study focuses on forecasting and
the unknowable future, a doctoral dissertation
focuses on a problem or issue—in the past or
present (examined empirically). Therefore, at least
one research question that aligns with a tradition-
al dissertation focus (related to empirical explora-
tion of something in the past or present) should be
included in the dissertation.
Using this approach, the Delphi Method can be
adapted to be a design appropriate for a qualita-
tive doctoral dissertation. Students should ensure
they conduct adequate research on the Delphi
Method before choosing this method.
Mixed-Methods Research
Mixed-methods research relates to a study that
involves both qualitative and quantitative data. It
uses the combination of qualitative and quantita-
tive methods to better understand the given re-
search problem (Creswell & Plano Clark, 2011).
Ivankova, Creswell & Stick (2006) advocated the
need for mixed-method research design in cases
where the research problem could not be ade-
quately addressed with either method in isolation.
Mixed-methods research is not a recommended
research method approach at Northcentral Uni-
versity. The use of this method bestows undue
complexity and time burden on the doctoral can-
didate. However, because of its rigor, it should be
understood for future reference.
References and suggested reading:
Creswell, J.W., & Plano Clark, V.L. (2011).
Designing and conducting mixed methods
research (2nd ed.). Thousand Oaks, CA: Sage
Publications.
Ivankova, N.V., Creswell, J.W., & Stick, S.L.
(2006). Using mixed-methods sequential
explanatory design: From theory to practice.
Field methods, 18, 3-20.
Sale, J.E. M., Lohfeld, L.H., & Brazil, K. (2002).
Revisiting the quantitative-qualitative debate:
Implications for mixed-methods research.
Quality and quantity, 36(1), 43-53.
Online Questionnaires and Unsuitable
Data Collection Practices
Qualitative research methods need to be rigorous
and in line with good practices of the wider aca-
demic community. One unsuitable data collection
practice for a dissertation with a qualitative re-
search design is sending out online questionnaires
to participants, including a questionnaire with
open-ended questions for participants to write or
type their answers, as these methods do not allow
for students to obtain thick and rich data (nor
nuances in responses) needed for doctoral-level
qualitative research. Instead of a questionnaire
for participants to write their answers, students
should develop an interview guide for use in in-
terviews or focus groups that are audio recorded
and transcribed (see “Interview Guides and Other
Instruments” in this guide).
Demographic questions, etc. can be asked during
an interview through a questionnaire (e.g. at the
beginning or the end of an interview), or before
an interview is scheduled (for example to help in
selecting interview participants), but a question-
naire should not replace an interview (because
22
this type of instrument does not result in gener-
ating thick and rich data, which is needed for
thorough inquiry in qualitative research, allowing
the student to acquire enough data to answer the
dissertation’s research questions).
Chairs and SMEs should guide students in select-
ing an appropriate qualitative data collection
method. Remember that the value of a qualitative
design includes the rich data obtained through
data collection. Therefore, methods, such as in-
depth interviews, should be used to obtain rich
qualitative data.
Another unsuitable practice for a doctoral dis-
sertation is designing the study to be a literature
review. The literature review should be one chap-
ter of the dissertation. The literature is not the data
in a dissertation. Thus, data that may be included
in a journal article is not an acceptable form of
data for a student’s dissertation. The literature is
an important part of the dissertation, as it informs
theory, and helps in the interpretation and anal-
ysis of the findings. But it is not the data itself.
It should not be confused with the data that is
collected or used in a dissertation. It is valuable
to note that the method of Document Analysis (see
“Document Analysis” in this guide) is different
than a literature review.
Interview Guides and Other Instruments
Instruments created and used in qualitative re-
search are distinctly different from what are used
in quantitative studies. Qualitative instruments
include open-ended questions and must be struc-
tured so that the researcher is collecting deep
and broad data to fully understand the research
questions. In most cases, an instrument should be
designed to extract specific experiential informa-
tion from participants.
Data collection questions (the questions created
for the interview guide) are different than the
research questions in the dissertation. The pur-
pose of data collection questions is to provide
data to answer the research questions. Thus, there
is a clear link.
23
Data collected should be relevant and compre-
hensive enough to answer the research questions.
To gather enough data to answer the research
questions, the data collection questions need to
encourage respondents to provide accurate, in-
depth information.
It is a good idea to develop a crosswalk to show
the relationship between the research questions
and data collection questions. This could be in the
form of a table, or a figure, and should include
key concepts and terms.
A student should polish data collection questions
by ensuring they are open-ended and evoke flow-
ing information, carefully reviewing them to en-
sure they are not answerable with a ‘yes’ or ‘no’
response. Furthermore, questions should address
only one topic at a time. They should also not be
biased, or in any way influence the participant.
Questions should be conversational.
Interviews are social experiences. It is important
to establish and maintain a positive, respectful
social experience. A warm-up question should
be included. If the first question is easy to un-
derstand and answer, and non-threatening, then
the respondent will be encouraged to continue.
However, if the first question is too difficult, em-
barrassing, or threatening, then the respondent
will become distrustful and draw away from the
experience. Probing questions should also be
included as a means to solicit additional infor-
mation or to further explore an unclear response.
A probing question might be as simple as, “Can
you tell me more about that?” This is one reason
why online questionnaires are unsuitable for qual-
itative research (see “Unsuitable Data Collection
Practices” in this guide).
Students should ensure that the order of the
questions on the interview guide is logical. If a
break in topic is necessary, then a break for the
respondent could be introduced. Any reflective or
uncomfortable questions can be included about
two-thirds through the interview.
A student should consider asking four or more
persons to review data collection questions before
they are finalized and before interviews begin.
Three or more of these persons should represent
the target population, and one or more should
have experience in developing data collection
24
questions. These reviewers can be asked: Are the
questions clear? Is wording used in the questions
understandable to the target population? Does the
terminology have a shared meaning for the target
population? Are questions respectful of the target
population? Are questions free of bias and with-
out influence? Are there extraneous questions that
do not address the research topic and purpose?
Note: Persons acting as reviewers of the questions
should not be participants in the actual study.
A pilot study is a ‘test run’ or mock activity that
includes actual participant responses to the data
collection questions. Pilot studies require IRB ap-
proval before the study is performed. Pilot studies
are beneficial and might be considered to prac-
tice implementation, become comfortable with the
interview process, and to ensure the questions are
phrased well. The first three interviews may be
treated as a pilot study, adjusting the questions,
as necessary, after these first interviews.
Audio Recording and Transcribing
Interviews
Audio recording interviews is an important part
of the interview process, and is expected. This
should be done with permission. Recording inter-
views can be done in several ways, such as with
a voice recorder app on a cell phone. Students
should ensure beforehand that the chosen record-
ing device or app is compatible with the chosen
transcription method.
The microphone should not be obstructed, and
recording should be done in a quiet place, if pos
sible. Background noise can make transcribing
difficult, if not impossible, in some cases.
There are several methods available for transcrib-
ing interviews. The best way to better understand
the data is to transcribe it personally. There is
software available online that can replay an
interview at a slower speed, thus allowing it to be
typed more easily. If self-transcription is not possi-
ble, some companies offer transcription services
by a human, but these can be very costly. Alter-
natively, there are automated programs, mostly
web-based, promising anywhere from 90 – 95%
accuracy on transcript return. See below for links
to a few resources. (Note: the contributors of this
guide are in no way affiliated with any of the
below linked resources. Additionally, there are
more resources available than the ones listed
later in this section.) It is important to do a quality
check with transcripts to ensure they are accurate,
by carefully reviewing them while listening to the
audio again, and making corrections, before
beginning data analysis.
Something to think about when deciding how
audio files should be transcribed is the level of
confidentiality surrounding the interviews conduct-
ed for analysis, and this should be considered
when drafting the interview consent form.
25
Self-Transcription
Express Scribe: Transcription software for PC and
Mac. There is a free version and a paid version
of this software. As with most transcription soft-
ware, all controls can be set via keyboard, but a
foot pedal can also be used. https://www.nch.
com.au/scribe
OTranscribe: Much like both of the above-men-
tioned programs, OTranscribe is a simple tool for
self-transcribing audio and video. Hosted on the
web, this is a free service, and it enables one to
upload a file to the website. https://otranscribe.
com
Jotengine: A free website that allows the research-
er to upload an audio file and transcribe the
words. It is very simple and has easy shortcuts.
For example, it allows one to go back 5 seconds
or play the recording slowly. https://jotengine.
com/diy
Transcription Services
Rev.com: This website allows one to upload audio
files and receive a transcript in one day. The tran-
script is done by a person, not speech recognition
software. The current fee is $1.25 per minute.
https://www.rev.com
Automated Transcription
NVivo: Now the coding software, NVivo, offers
researchers an automated transcription service
that works seamlessly with their software. The
cost structure is pay-as-you-go, and starts at 50
cents per minute. NVivo is now available to NCU
students through the Student Technology Resource
Center. You can access the software through the
University Services module in NCUOne. https://
www.qsrinternational.com/nvivo/nvivo-prod-
ucts/transcription
Trint: Audio and video files can be uploaded into
Trint for immediate transcription, through the use
of artificial intelligence. From there one can edit
and distribute the transcript. Additionally, with an
iPhone, one can download a recording app that
will send the audio files to Trint. Trint is a paid
service, costing approximately $15 for one hour
of audio. https://trint.com
Otter.ai: Files can be uploaded and are automat-
ically transcribed. A (limited) free option is avail-
able. https://otter.ai/
Sampling in Qualitative Research
Researchers should recognize that each qual-
itative study is unique. Therefore, qualitative
researchers must investigate the totality of the
circumstances related to their problem, research
site, participants, legal implications, and ethics to
determine the best approach for recruitment, data
collection, and analysis. One sampling technique
does not fit all studies.
Sampling in Phenomenological Studies: consider-
ing the challenge of ensuring quality in qualitative
research, Tracy (2010) identified eight conven-
tional criteria for producing excellence. Four of
the criteria defined by Tracy related to the depth
of inquiry, specifically; the criteria are: rich rigor,
credibility, resonance, and significance of the
contribution. Meeting these criteria require a suf-
ficient number of participants so that the resulting
https://www.nch.com.au/scribe
https://www.nch.com.au/scribe
https://otranscribe.com
https://otranscribe.com
https://jotengine.com/diy
https://jotengine.com/diy
https://www.rev.com
https://www.qsrinternational.com/nvivo/nvivo-products/transcription
https://www.qsrinternational.com/nvivo/nvivo-products/transcription
https://www.qsrinternational.com/nvivo/nvivo-products/transcription
https://trint.com
https://otter.ai/
26
descriptions, discussions, and conclusions provide
rich, deep, and detailed information that is reli-
able and valid (Bernard, 2013).
Sampling in Case Studies: the sampling tech-
niques used in case studies vary and are de-
pendent on several considerations (Saunders &
Townsend, 2018). Irrespective of the technique
chosen, the researcher must justify (rationalize for
the reader) their use.
Furthermore, gaining access to a population or
subgroup for inclusion in a case study relates to
feasibility; will the researcher have physical or
virtual access to the participants?
Another consideration for case studies is the
issue of sample sufficiency. How and when does
the researcher know if the sample is enough?
Saturation is viewed as the gold standard to
determine when data are collected from enough
participants (see “Data Saturation” in this guide).
Triangulation of interview data with other identi-
fiable sources (i.e., government data, the body
of literature, reliable and related internet sources,
etc.) can lead to saturation (see “Triangulation” in
this guide). Member-checking (selective re-inter-
viewing of participants) or transcript review (each
participant reviews a transcript of their interview
to verify or correct the data) are supportive mea-
sures a researcher can use to develop a level of
thoroughness in the collection process.
References and suggested reading:
Bernard, H.R. (2013). Social research methods:
Qualitative and quantitative approaches.
Thousand Oaks, CA: Sage.
Cassell, Catherine, Cunliffe, A.L. & Grandy,
G. (2018). The Sage handbook of qualitative
business and management research methods:
History and traditions. Sage Publications, Ltd.
Saunders, M. & Townsend, K. (2018).
Choosing participants. In The Sage handbook
of qualitative business and management
research methods (pp. 480-492). Sage
Publications, Ltd., https://www-doi-org.proxy1.
ncu.edu/10.4135/9781526430212 https://
methods-sagepub-com.proxy1.ncu.edu/
base/download/bookchapter/handbook-of-
qualitative-business-management-research-
methods-v1/i3035.xml
Tracy, S.J. (2010). Qualitative quality: Eight
“big-tent” criteria for excellent qualitative
research. Qualitative inquiry, 16, 837-851.
Doi:10.1177/1077800410383121
Data Saturation
Data saturation is attained when there is sufficient
information to replicate the study, when the ability
to obtain additional new information has been
achieved, and when further coding is no longer
possible (Fusch and Ness, 2015). According to
Fusch and Ness, 2015: 1411), “There is a direct
link between data triangulation and data satura-
tion; the one (data triangulation) ensures the other
https://methods-sagepub-com.proxy1.ncu.edu/base/download/bookchapter/handbook-of-qualitative-business-management-research-methods-v1/i3035.xml
https://methods-sagepub-com.proxy1.ncu.edu/base/download/bookchapter/handbook-of-qualitative-business-management-research-methods-v1/i3035.xml
https://methods-sagepub-com.proxy1.ncu.edu/base/download/bookchapter/handbook-of-qualitative-business-management-research-methods-v1/i3035.xml
https://methods-sagepub-com.proxy1.ncu.edu/base/download/bookchapter/handbook-of-qualitative-business-management-research-methods-v1/i3035.xml
https://methods-sagepub-com.proxy1.ncu.edu/base/download/bookchapter/handbook-of-qualitative-business-management-research-methods-v1/i3035.xml
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27
(data saturation).”
During data collection, students should consider
if and when they have reached saturation. Stu-
dents should aim for data saturation in their data
generation. Furthermore, they should state in their
dissertation how they know that they did, in fact,
reach saturation. It is not sufficient to simply claim
saturation was reached. Instead, students need to
articulate and defend how they reached it.
References and suggested reading:
Fusch, P.I., & Ness, L.R. (2015). Are we there
yet? Data saturation in qualitative research. The
qualitative report 2015 20(9), 1408-1416.
Saunders, B., Sim, J., Kingstone, T., Baker, S.,
Waterfield, J., Bartlam, B., … Jinks, C. (2017).
Saturation in qualitative research: Exploring
its conceptualization and operationalization.
Quality and quantity, 52(4), 1893–1907.
Weller, S.C., Vickers, B., Bernard, H.R.,
Blackburn, A.M., Borgatti, S., Gravlee, C.C.,
& Johnson, J.C. (2018). Open-ended interview
questions and saturation. Plos one, 13(6), 1-18.
Triangulation
Triangulation refers to multiple approaches to
collecting data, with the goal of enhancing the
credibility – and ultimately the trustworthiness – of
a qualitative study. Triangulation leads to a more
comprehensive and rigorous understanding of the
phenomenon under study (Salkind, 2010), and is
a required part of case study research at NCU.
Furthermore, triangulation relates directly to data
saturation (see “Data Saturation” in this guide for
further discussion on this topic).
Dixon, Singleton, and Straits (2016: 329) state
that triangulation “refers to the use of two or more
dissimilar methods to address the same research
question,” where “the strengths of one method
offset the weaknesses of the other.”According
to Denzin (1978), there are four main types of
triangulation: a) data source triangulation, b)
method triangulation, c) theory triangulation, and
d) investigator triangulation. The first two types
are the most common in NCU doctoral research
studies that employ a qualitative method. Theo-
ry triangulation is used less frequently, whereas
investigator triangulation is never used (because
doctoral candidates must complete their own
dissertation research, without the assistance of
others). Data source triangulation means that the
28
student is collecting data from different categories
of people, documents, or sources. For example, a
student may interview both leaders and followers
in an organizational case study, in addition to
analyzing relevant company records about lead-
ership development programs. Method triangula-
tion involves “the use of multiple methods of data
collection about the same phenomenon” (Cope,
2014: 545) (See “Mixed-Methods Research” in
this guide). Theory triangulation means that the
student is analyzing and interpreting data from
the perspective of multiple theories. For example,
a student may explore a research question about
employee motivation by analyzing data from
interviews through the different lenses of Expec-
tancy Theory, Herzberg’s Two-Factor Theory, and
the Theory of Attribution.
It is possible for students to combine data source,
method and theory triangulation strategies. Stu-
dents should explain which types of triangulation
methods are used, justify the rationale, and ad-
dress the expected quality enhancements to the
overall credibility of study results.
References and suggested reading:
Cope, D.G. (2013). The use of triangulation
in qualitative research. Oncology nursing
research, 41(5), 545-547.
Denzin, N.K. (1978). The research act:
A theoretical introduction to sociological
methods. New York, NY: Praeger.
Dixon, J.C., Singleton, Jr., R.A. & Straits, B.C.
(2016) The process of social research. New
York: Oxford University Press.
Salkind, N.J. (2010). Triangulation. In
Encyclopedia of research design (pp. 1538-
1540). Thousand Oaks, CA: Sage Publications,
Ltd.
Vasileiou, K., Barnett, J., Thorpe, S., & Young,
T. (2018). Characterising and justifying sample
size sufficiency in interview-based studies:
Systematic analysis of qualitative health
research over a 15-year period. BMC medical
research methodology, 18.
Yin, R. K. (2012). Case study methods. In APA
handbook of research methods in psychology,
Vol 2: Research designs: Quantitative,
qualitative, neuropsychological, and biological
(pp. 141–155). Washington, DC: American
Psychological Association.
Trustworthiness
The focus of qualitative research is to develop rich
and complex explorations of phenomena based
on a relatively small number of participants, rath-
er than obtaining large, statistically representative
samples. This focus has led qualitative researchers
to substitute the traditional quantitative quality
measures of validity and reliability, in favor of
the trustworthiness quality criterion. Trustworthi-
ness, in a qualitative research study, indicates the
degree to which “the inquiry’s findings are worth
paying attention to” (Lincoln & Guba, 1985:
290).
In practical terms, this means students who use
a qualitative research method should describe
how they will address the following four aspects
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29
of the trustworthiness quality criterion: credibility,
transferability, dependability, and confirmability.
Credibility of findings indicate the “confidence in
the truth of findings” (Cohen & Crabtree, 2006,
para 1). To enhance the credibility of findings, a
study may involve member checking, triangulating
collected data through use of various sources,
considering negative evidence, and integrat-
ing existing research into the analysis of study
findings to reach conclusions. Transferability of
findings indicates the degree to which findings
“have applicability in other contexts” (Cohen &
Crabtree, 2006, para 1). Dependability refers to
the degree to which research findings “are consis-
tent and could be repeated” (Cohen & Crabtree,
2006, para 1). Confirmability is a “degree of
neutrality, or the extent to which the findings of
a study are shaped by the respondents and not
researcher bias, motivation, or interest” (Cohen &
Crabtree, 2006, para 1).
Dependability and confirmability are often deter-
mined through a formal external research audit,
which may not be feasible or necessary for NCU
dissertation students. Instead, dependability can
be enhanced by consistent application of proper
qualitative data analysis techniques and through
the researcher’s awareness of personal bias.
Confirmability can be enhanced through careful
records management of all collected data; and by
maintaining a research journal to: a) document
coding rules and decisions made during data
collection and analysis; b) allow the researcher to
reflect on the research process and his or her role
during data collection and analysis; and c) articu-
late any observations and insights that may affect
the outcome of the study (Lamb, 2013).
References and suggested reading:
Cohen, D., & Crabtree, B. (2006). Lincoln
and Guba’s evaluative criteria. Robert Wood
Johnson Foundation, ‘Qualitative Research
Guidelines Project’. Retrieved from: http://
www.qualres.org/HomeLinc-3684.html
Lamb, D. (2013). Research in the first person:
http://www.qualres.org/HomeLinc-3684.html
http://www.qualres.org/HomeLinc-3684.html
30
Reflection on the research experience using a
research journal. Market & social research,
21(2), 32-29.
Lincoln, Y.S., & Guba, E.G. (1985). Naturalistic
inquiry. Beverly Hills, CA: Sage Publications.
Member Checking
One of the data validation techniques qualitative
researchers can use to help eliminate bias from
their data collection and analysis is “member
checking.” According to Creswell and Miller
(2000), member checking is the most crucial step
for ensuring credibility in a study, and consists of
taking data and interpretations back to partici-
pants. Member checking can take place in multi-
ple formats. Researchers can ask participants to
review an interview transcript to ensure that the
transcript includes what the participant said (Birt,
Scott, & Cavers, 2016). It could include the re-
searcher interpreting the responses received from
the participant and then allowing the participant
to review those interpretations to ensure that the
researcher interpreted the participant’s responses
correctly (Birt, Scott, & Cavers, 2016). In the case
of a focus group, it could mean interpreting and
synthesizing the responses of the collective group
and then asking the members of the group to re-
view those interpretations to ensure the researcher
interpreted the collective responses correctly (Birt,
Scott, & Cavers, 2016).
It is important to allow the respondents to have the
ability to check researcher interpretations of their
responses to ensure that the researcher has not
interjected his or her own opinions, experiences,
or biases into their responses in a way that will
skew the results of the study. Validation of quali-
tative research is extremely important, as it helps
to eliminate a potential weakness of qualitative
research. Students should build in time in their
research plan to ensure member checking takes
place.
References and suggested reading:
Birt, L., Scott, S., & Cavers, D. (2016). Member
checking: A tool to enhance trustworthiness or
merely a nod to validation? Qualitative health
research 26, 1802-1811.
Creswell, J.W., & Miller, D.L. (2000).
Determining validity in qualitative inquiry.
Theory into practice, 39(3), 124–130.
Coding and thematic analysis
Coding is a critical part of analyzing qualitative
data, including thematic analysis. Coding is not
rocket science, but it seems to confound the qual-
itative researcher. Coding data is the disassem-
bling or deciphering step used to determine what
the data means (Castleberry & Nolen, 2018).
Saldaña explained coding as a “word or short
phrase” that represents or captures the essence of
a small section of narrative or visual data (Sal-
daña, as cited in Rogers, 2018: 4).
There are two common starting points for gener-
31
ating codes for data analysis: starting with the
framework or beginning with the data itself. Con-
sider that every research problem is framed by a
theory or a set of concepts; this is an established
research norm. This theoretical or conceptual
framework can be the starting point for gener-
ating codes for data analysis (Gläser & Laudel,
2013). The researcher who deeply understands
the framework can develop a list, or nodal map,
of elements of the theory or concepts. The next
step would be to search the data for these ele-
ments to make annotations. Pierre and Jackson
(2014) used an earlier researcher’s terminology,
‘thinking in theory,’ to describe the results of cod-
ing. Applying codes based on the framework is
how the researcher disassembles the raw data.
Alternatively, the researcher can develop codes
from the data itself, and reverse engineer the data
into a logical interpretation of the phenomenon
under study. Essentially, the researcher uses a heu-
ristic approach to determine what the data means
(Rogers, 2018). Regardless of the approach cho-
sen by the researcher, the goal is to deconstruct
the data in preparation for the next phase of data
analysis.
Caulfield (2019) identifies coding as step #2
(after becoming familiar with the data) of the pro-
cess of thematic analysis. He states that coding
is creating short labels for parts of the text in the
data (e.g. interview transcripts) that describe what
it is about. All data is coded, adding new labels
(codes) during the process (Caulfield, 2019). Af-
ter coding is completed, the third step in the the-
matic analysis process is identifying patterns and
themes among the codes. The Caulfield (2019)
resource (see below) can be viewed for an exam-
ple of how to do this. Themes are then reviewed
and further analyzed, including identifying final
themes and what they mean (Caulfield, 2019).
Regardless of whether the process of coding
is aided by a software program (e.g. NVivo),
coding is done by the researcher (the software
does not do the coding). NVivo is now available
at no cost to NCU students through the Student
Technology Resource Center. You can access the
software through the University Services module
in NCUOne. One way of coding data, if done
in Microsoft Word, is to color code text, making
all text about the same code (or topic) the same
32
color. This text can then be later analyzed, using
further colors and codes, as necessary.
References and suggested reading:
Castleberry, A., & Nolen, A. (2018). Thematic
analysis of qualitative research data: Is it
as easy as it sounds? Currents in pharmacy
teaching and learning, 10, 807-815.
Caulfield,J. (2019). How to do thematic
analysis. Available at: https://www.scribbr.
com/methodology/thematic-analysis/.
Evers, J.C. (2016). Elaborating on thick
analysis: About thoroughness and creativity in
qualitative analysis. Forum: Qualitative social
research, 17(1).
Gläser, J., & Laudel, G. (2013). Life with and
without coding: Two methods for early-stage
data analysis in qualitative research aiming at
causal explanations. Forum: Qualitative social
research, 14(2).
Maguire, M., & Delahunt, B. (2017). Doing
a thematic analysis: A Practical, step-by-step
guide for learning and teaching scholars. All
Ireland journal of higher education, 9(3).
https://ojs.aishe.org/index.php/aishe-j/article/
download/335/553
Rogers, R. (2018). Coding and writing analytic
memos on qualitative data: A review of Johnny
Saldaña’s the coding manual for qualitative
researchers. Qualitative report, 23, 889-892.
St. Pierre, E.A., & Jackson, A.Y. (2014).
Qualitative data analysis after coding.
Qualitative inquiry, 20, 715-719.
Yin, R.K. (2015). Qualitative research from
start to finish. New York, NY: Guilford
Publications.
Including Data in the Findings (Chapter 4)
of the Dissertation
In order to substantiate the claims made in disser-
tations, it is important for students to include data
they have collected within their Findings chapter.
Verbatim quotes from interviews, or content from
documents analyzed, help to substantiate summa-
ries and general conclusions students make from
the data. Including data generously throughout
Chapter 4 of a dissertation helps students better
defend their claims and justify their arguments.
Including sufficient data within the dissertation is
also necessary to demonstrate that the data was
actually collected by the student, and that the stu-
dent is knowledgeable about how to adequately
integrate data into their writing. It also can make
reading a dissertation more enjoyable and en-
gaging, and helps ensure the reader that summa-
ries and the analysis of the data are congruent
with the actual data.
Quotes should not only be used to highlight
unusual or extreme issues (though these can be
included). Instead, they should be selected on the
basis of their appropriateness to the findings, and
https://www.scribbr.com/methodology/thematic-analysis/
https://www.scribbr.com/methodology/thematic-analysis/
https://ojs.aishe.org/index.php/aishe-j/article/download/335/553
https://ojs.aishe.org/index.php/aishe-j/article/download/335/553
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https://ebookcentral.proquest.com/lib/ncent-ebooks/detail.action?docID=2008479
33
how they represent major themes of the over-
all study. While specific numbers of how many
quotes to use are not provided here, Chapter 4
(and also, in some cases, Chapter 5) should be
rich with the inclusion of this data, providing evi-
dence for the claims made in the dissertation.
References and suggested reading:
Corden, A., & Sainsbury, R. (2006). Using
verbatim quotations in reporting qualitative
social research: Researchers’ views. York, UK:
University of York.
Yin, R.K. (2015). Qualitative research from
start to finish. New York, NY: Guilford
Publications.
https://ebookcentral.proquest.com/lib/ncent-ebooks/detail.action?docID=2008479
https://ebookcentral.proquest.com/lib/ncent-ebooks/detail.action?docID=2008479
www.ncu.edu
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