Evaluating Simulation Methodologies to Determine Best Strategies to Maximize Student Learning.

Area of Science:

• Medical Education
• Nursing Simulation
• Clinical Skills Training

Background:

• Effective simulation strategies are crucial for maximizing student learning in healthcare education.
• Limited evidence exists on optimal simulation exposure methods for acute care scenarios.

Purpose of the Study:

• To compare the effectiveness of repeated versus single simulation exposure.
• To evaluate participation versus observation roles in simulation-based learning.
• To assess student outcomes in an acute asthma exacerbation scenario.

Main Methods:

• Quasi-experimental design comparing two simulation strategies: repeated exposure vs. single exposure.
• Investigated participation vs. observation roles in a high-fidelity acute asthma exacerbation scenario.
• Measured student outcomes including knowledge, satisfaction, self-confidence, and clinical performance.

Main Results:

• Immediate repeated simulation exposure led to significantly higher scores in knowledge, satisfaction, self-confidence, and clinical performance compared to a single exposure.
• Participants reported significantly higher satisfaction and self-confidence than observers.
• Clinical performance measures showed significant improvement with repeated exposure.

Conclusions:

• Repeated simulation exposure is more effective than single exposure for enhancing student learning and performance in acute care scenarios.
• Integrating observer roles within repeated simulation designs can positively impact student satisfaction and self-confidence.
• Nurse educators should consider multifaceted outcome evaluations, including technical, cognitive, and behavioral aspects, for assessing clinical performance post-simulation.