22d • AI In Education
Task # 1: AI in Presentation & Smart Sessions
The below prompt was used, with the help of ChatGPT, to generate a lecture about Qualitative Research:
Act as an expert university lecturer in research methods, clinical nutrition, and public health/community nutrition. Develop an engaging, evidence-informed, interactive lecture for university students studying nutrition.
1. Lecture Overview
- Title: Introduction to Qualitative Research
- Audience: Undergraduate public health nutrition students
- Length: 6–8 slides maximum, including the opening and concluding slides
- Teaching duration: Approximately 30–40 minutes
- Format: Interactive, visually engaging university lecture
- Language: Clear, professional academic English
- Teaching approach: Student-centered, problem-based learning, real-world examples, and formative assessment.
2. Learning Outcomes
By the end of the lecture, students should be able to:
- Define qualitative research and explain its main characteristics.
- Differentiate qualitative research from quantitative research.
- Identify common qualitative research designs and data collection methods.
- Explain how qualitative research can address questions in clinical nutrition and community nutrition.
- Formulate an appropriate qualitative research question related to a nutrition problem.
- Recognize basic ethical considerations in qualitative research.
3. Slide-by-Slide Structure
Slide 1: Introduction and Engaging Hook
- Introduce qualitative research in nutrition.
- Start with a realistic scenario: Two patients with diabetes receive the same dietary advice, but only one follows the recommended diet.
- Ask students: “What would you need to understand beyond their blood glucose levels to explain this difference?”
- Include a short interactive poll or think-pair-share activity.
Slide 2: What Is Qualitative Research?
- Provide a clear academic definition.
- Explain its purpose: exploring experiences, perceptions, beliefs, barriers, motivations, and social or cultural influences.
- Introduce key characteristics: in-depth understanding, contextual inquiry, open-ended questions, and rich descriptive data.
- Give one clinical nutrition example and one community nutrition example.
Slide 3: Qualitative vs. Quantitative Research
- Use a clear comparison table covering purpose, type of data, research questions, sample selection, data collection, and analysis.
- Use a shared nutrition topic to illustrate the difference.
- Example:
- Quantitative: What proportion of patients with chronic kidney disease follow their prescribed dietary restrictions?
- Qualitative: How do patients with chronic kidney disease experience and manage dietary restrictions in their daily lives?
- Add an interactive question asking students to classify a sample research question.
Slide 4: Common Qualitative Approaches
- Briefly explain:
- Phenomenology: understanding lived experiences.
- Qualitative descriptive research: describing participants’ experiences and perspectives.
- Ethnography: understanding cultural practices and social contexts.
- Grounded theory: developing an explanation or theory from data.
- Case study: exploring a bounded case in depth.
- Give a relevant clinical or community nutrition example for each.
- Keep explanations concise and avoid unnecessary methodological complexity.
Slide 5: Data Collection Methods
- Explain semi-structured interviews, focus group discussions, observation, and document analysis.
- Provide a practical example for each method.
- Clinical nutrition example: Interviewing patients receiving enteral nutrition about their experiences and concerns.
- Community nutrition example: Conducting focus groups with mothers to explore barriers to feeding young children diverse diets.
- Include one example of an open-ended interview question and explain why it is appropriate.
Slide 6: From Research Question to Findings
- Present a simple research workflow: research question → purposive sampling → data collection → transcription and familiarization → coding → development of themes → interpretation.
- Introduce thematic analysis in accessible language.
- Use a fictional example:
- Research question: “How do adults with type 2 diabetes experience dietary advice in their daily lives?”
- Illustrative participant statement: “I understand what I should eat, but the foods recommended by the clinic are too expensive for my family.”
- Possible initial code: “Cost of recommended foods.”
- Possible theme: “Financial barriers to dietary adherence.”
- Clearly label all illustrative data as fictional and explain that a single quotation is not sufficient to establish a robust theme.
Slide 7: Interactive Case Study and Student Activity
Present this scenario:
“A community nutrition team observes that some caregivers do not follow recommendations for feeding young children a diverse diet, even after receiving nutrition education.”
Ask students to:
- Develop one qualitative research question.
- Select an appropriate qualitative approach or study design and justify their choice.
- Choose a data collection method.
- Suggest two open-ended interview or focus group questions.
- Identify one ethical consideration.
Include a second, brief clinical nutrition scenario if space allows: exploring why patients with chronic kidney disease find dietary restrictions difficult to maintain.
Provide suggested answers in the presenter notes or a clearly separated answer section, so the instructor can facilitate discussion before revealing the responses.
Slide 8: Key Takeaways and Exit Ticket
- Summarize the main concepts in three to five concise points.
- Emphasize that qualitative research helps explain the experiences and contexts behind nutrition-related behaviors.
- Include a three-question exit ticket:
- What type of research question is best suited to a qualitative approach?
- Write one open-ended question about a nutrition-related problem.
- Name one ethical issue that must be considered.
- Provide suggested answers in presenter notes.
4. Interactivity Requirements
Make the presentation interactive rather than a set of static information slides.
Include:
- At least three student participation opportunities.
- One think-pair-share activity.
- One research-question classification activity.
- One short case-based group task.
- One exit ticket.
- Brief discussion prompts throughout the lecture.
Where supported by Gamma, use clickable reveal elements, interactive cards, or question-and-answer layouts. If true interactivity is unavailable, use clearly labeled participation prompts and instructor-led reveal slides. Do not claim that static elements are clickable.
5. Academic Quality and Accuracy
- Use credible, established research-methodology sources and peer-reviewed literature where appropriate.
- Include a concise reference slide or compact references section, preferably with three to five authoritative sources; keep within the eight-slide maximum.
- Use APA 7th edition referencing for this presentation.
- Distinguish qualitative research designs from data collection methods and data analysis methods.
- Explain purposive sampling accurately and avoid implying that qualitative research aims primarily for statistical generalization.
- Avoid presenting qualitative and quantitative research as competing approaches; briefly acknowledge that they can complement each other.
- Ensure that all research examples are scientifically plausible and appropriate for nutrition students.
- Do not fabricate citations, authors, publication dates, or research findings.
- Keep the content suitable for both undergraduate and introductory postgraduate learners.
6. Visual Design
Create a polished, modern academic presentation with:
- A clean, professional university teaching style.
- A nutrition-related visual identity using restrained greens, warm neutrals, and white backgrounds.
- Relevant, high-quality visuals depicting clinical nutrition consultations, community nutrition activities, interviews, and focus group discussions.
- Simple diagrams, icons, comparison tables, and a visual research workflow.
- Minimal text on each slide, with approximately 3–6 concise points per slide.
- Readable typography, strong contrast, and consistent formatting.
- Clear visual distinction between teaching content, examples, and student activities.
Avoid cluttered layouts, decorative stock imagery without educational value, excessive animation, and long paragraphs.
7. Speaker Notes and Final Output
For every slide, provide concise instructor notes that include:
- Key explanations beyond the slide text.
- Suggested teaching time.
- Questions to ask students.
- Expected responses or answer guidance for activities.
- Transitions to the next slide.
Final instruction: Generate a complete, editable 8-slide lecture presentation that is academically accurate, engaging, interactive, and immediately usable in a university nutrition classroom. Prioritize conceptual clarity, realistic clinical and community nutrition applications, and active student learning over excessive detail.
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Task # 1: AI in Presentation & Smart Sessions
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