From Realism to Learner Engagement: Rethinking Fidelity in Simulation-Based Education

Area of Science:

• Medical Education
• Simulation Technology
• Healthcare Pedagogy

Background:

• Simulation is a key tool in health professions education, often assumed to improve outcomes with higher fidelity.
• The relationship between simulation fidelity, learner engagement, and educational outcomes is complex and multifaceted.
• Fidelity involves physical, emotional, and contextual dimensions influencing perceived realism.

Purpose of the Study:

• To critically examine the assumption that higher simulation fidelity automatically enhances learner engagement and educational outcomes.
• To explore the multidimensional nature of fidelity and its interaction with learner- and environment-specific factors.
• To propose a framework for optimizing simulation-based education through intentional alignment of fidelity with pedagogical goals.

Main Methods:

• This is a viewpoint article, synthesizing existing literature and theoretical concepts.
• It analyzes the components of simulation fidelity and learner engagement.
• It introduces the concept of the 'fiction contract' as a mediator in simulation.

Main Results:

• Higher fidelity does not guarantee increased engagement or better outcomes; multiple factors influence this relationship.
• Learner engagement is affected by intrinsic (motivation, experience) and extrinsic (instruction, debriefing) factors.
• The effectiveness of simulation depends on aligning specific fidelity types with learning objectives.

Conclusions:

• Simulation fidelity should be purposefully matched to educational objectives rather than pursued for maximum realism.
• A goal-oriented, multimodal approach to simulation design is crucial for optimizing learner engagement and educational effectiveness.
• Rethinking high-fidelity simulation emphasizes pedagogical alignment over technological sophistication.