Qualitative Research Design Decisions
1. Evaluate the Implications of Qualitative Research Design Decisions
1.1. Designing Qualitative Research
Every successful piece of research begins with a strong foundation. In qualitative research, that foundation is your research design - a flexible but purposeful "blueprint" that guides your project.
Key Benefits:
- Saves time
- Ensures respect for participants
- Produces meaningful findings
- Keeps questions, theories, and methods in conversation
1.2. How Design Shapes Knowledge
Design choices in qualitative research are never neutral - they shape:
- What you discover
- How others understand your findings
- The very knowledge you create
Reflective Question: Why is your research important right now? What will it add to knowledge, practice, or society?
2. Philosophical Assumptions and Reflexivity
2.1. Philosophical Assumptions
Behind every research project lie deeper ideas about the world and how we come to know it. These assumptions shape every aspect of qualitative research.
2.2. Ontology - Ideas about the Nature of Reality
Key Questions:
- Is reality fixed and discoverable?
- Does it depend on human perspective and interpretation?
Ontological Positions:
- Realism: Reality exists independently of human understanding
- Relativism: Reality is shaped by human understanding and context
2.3. Epistemology - How We Can Know and Understand the World
Epistemological Perspectives:
- Quantitative traditions: Positivist/post-positivist - emphasize objective observation to uncover truths
- Qualitative traditions: Constructionist - highlight how knowledge is created through interpretation, context, and meaning-making
2.4. Reflexivity in Qualitative Research
The researcher is not a detached observer - who you are shapes how you do research.
Why Reflexivity Matters:
- Recognizes researcher influence
- Strengthens research process and findings
- Creates more thoughtful, transparent, and trustworthy research
Reflexive Strategies:
- Journaling
- Regular self-reflection
- Acknowledging background, assumptions, and choices
Qualitative Data Collection Strategies
2.5. Introduction to Qualitative Data Collection
Qualitative data is rich, detailed, and often consists of words, images, or observations.
Key Principle: Choose approaches that fit your questions, participants, and context.
2.6. Semi-Structured Interviews
- Balance between guidance and flexibility
- Like guided conversations
- Produce deep, detailed insights
- Work well face-to-face or online
2.7. Types of Interviews
| Type | Description | Commonly Used In | Strengths | Limitations |
|---|---|---|---|---|
| Structured | Questions fully predetermined | Quantitative research | - Easy to replicate - Standardized data - Easy comparison |
- Limited depth - No unexpected issues |
| Semi-Structured | Key questions with flexibility | Qualitative research (most common) | - Balance consistency/flexibility - Explores unanticipated themes - Accessible |
- Requires skill to follow up - Less standardized |
| Unstructured | Broad themes, participant-led | Some qualitative research | - Rich, in-depth accounts - Participant perspectives - Empowers participants |
- Time-consuming - Difficult to analyze systematically |
2.8. Focus Groups
- Use social interaction to generate data
- Powerful for exploring collective views or social meanings
- Not ideal for highly personal or sensitive topics
2.9. Textual Data Collection
Sources:
- Participant-generated surveys
- Media articles
- Online forums
- Political speeches
Limitations:
- No chance to probe further
- Less researcher control
3. Qualitative Analytic Approaches
3.1. Introduction to Qualitative Analysis
Process of making sense of gathered data by identifying patterns, themes, and insights.
Aims of Qualitative Analysis:
- Explore meaning
- Recognize patterns in language
- Pay attention to context
- Value participants' perspectives
3.2. Content Analysis
- Simple, flexible method
- Describes and organizes data systematically
- Good for large datasets or comparing patterns
- Focuses on surface-level content and frequency
- Aligns more with quantitative traditions
3.3. Thematic Analysis (TA)
- Most widely used approach
- Flexible, practical, and accessible
- Identifies and reports themes across data
- Requires careful use to go beyond description
3.4. Interpretative Phenomenological Analysis (IPA)
- Explores individual experiences in depth
- Focuses on lived experience
- Requires small samples
- Demands careful interpretative work
3.5. Grounded Theory (GT)
- Builds theory directly from data
- Useful for studying processes and social influences
- Iterative, systematic process
- Time-consuming and complex
- Involves constant comparison and memo-writing
4. Planning a Qualitative Research Project
4.1. Project Planning Framework
- Start with your research question
- Choose an analysis approach
- Decide how to collect your data
- Identify your sample
- Be realistic and practical
- Keep everything aligned
4.2. Case Study: First-Year Student Success Project
Research Question: "How do first-year students experience and understand success?"
Breaking Down the Question:
- "How do first-year students..." → Specific group: first-year university students
- "...experience and understand success?" → Personal experiences + interpretations
4.3. Reflective Questions for Research Design
- What kind of knowledge is this project trying to produce?
- Rich description of experiences
- Testing a hypothesis
-
Generating a theory
-
What are the practical constraints of this project?
- Time available
- Researcher experience
-
Access to participants
-
Which type of data collection would be most appropriate, and why?
-
Which type of qualitative analysis would be most appropriate, and why?
5. Key Takeaways
- Research design is your project's blueprint - flexible but purposeful
- Philosophical assumptions shape every aspect of your research
- Reflexivity strengthens research by acknowledging researcher influence
- Choose data collection methods that fit your questions and context
- Select analysis approaches based on the knowledge you want to produce
- Maintain alignment between questions, methods, and analysis
- Consider practical constraints when planning your project