Tuesday, April 8, 2025

Critical Incident Technique (CIT)

 




Critical Incident Technique (CIT) relies heavily on interviewing individuals with rich, relevant experience, which becomes a challenge when studying emerging occupations (like those related to AI integration in education) that don't yet have well-established roles or experienced professionals.

Here are some practical and methodological ways to address this challenge:


🔍 1. Use Proxies for Experience

Since there may not be "experienced" individuals in the exact future occupation, consider:

  • Professionals in adjacent or transitional roles (e.g., teachers who currently integrate AI tools in classrooms).

  • Industry experts or researchers who are actively developing or training for these roles.

  • Policy makers or curriculum designers involved in preparing for future educational needs.

📝 For example, interview tech-savvy educators or AI-focused teacher trainers who are piloting new approaches.


🔄 2. Scenario-Based CIT

Adapt the CIT method by using simulated or future-oriented scenarios:

  • Ask interviewees to respond to hypothetical “critical incidents” likely to occur in the future occupation.

  • These can be crafted from research, trends, or pilot projects.

💡 "Imagine you are a teacher in 2030 using AI in your daily instruction. A student accuses the AI tutor of bias. How would you handle that?"


🧠 3. Expert Panels or Delphi Method

If one-on-one CIT is limited:

  • Conduct a Delphi study where experts forecast the competencies needed.

  • You can even structure parts of the Delphi rounds like CIT—asking for critical incidents based on future expectations.


👥 4. Pilot Studies and Case Studies

  • Look at experimental schools or institutions already implementing AI-based teaching practices.

  • Conduct CIT interviews with their staff, even if small in number.


🔄 5. Iterative CIT with Prototyping

  • Involve participants in co-designing the future occupation as part of the interview.

  • Use prototypes (e.g., AI tools for teachers) and let them generate incidents from interacting with them.




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