Simulation-based procedure training (SBPT) in rarely performed procedures: a blueprint for theory-informed design...

Area of Science:

• Medical Education
• Simulation Technology
• Cardiology Training

Background:

• Simulation-based procedure training is established in health professions education, showing improved performance and patient outcomes.
• Existing literature primarily describes training methods and part-task models, neglecting theoretical underpinnings.
• There is a gap in understanding how educational theory should guide simulation program design.

Purpose of the Study:

• To present a blueprint for theory-informed simulation-based procedure training.
• To demonstrate the application of this blueprint using a cardiology case study.
• To emphasize the integration of learning needs analysis, objective setting, and fidelity matching.

Main Methods:

• A case-based approach in cardiology was used to illustrate the blueprint.
• The methodology links learning needs analysis to objective definition and fidelity selection.
• Emphasis is placed on task competence benchmarking, feedback, and debriefing within repeated practice cycles.

Main Results:

• A structured framework for designing simulation training programs was developed.
• The importance of aligning simulation fidelity with learning objectives was highlighted.
• The study underscores the necessity of incorporating evaluation into the initial design phase.

Conclusions:

• Theory-informed design is crucial for effective simulation-based procedure training.
• Integrating educational theory enhances the development of simulation programs.
• Evaluation should be an integral part of the simulation program design process from inception.