Modification of commercially available simulators to elicit decision making behavior.

Area of Science:

• Medical Education
• Simulation Technology
• Emergency Medicine Training

Background:

• Simulation training is increasingly used to enhance medical education and reduce errors.
• It serves as a valuable tool for assessing cognitive skills like analytic thinking.
• Traditional simulators may not fully capture clinical decision-making nuances.

Purpose of the Study:

• To evaluate the utility of a modified clinical simulator for assessing emergency medicine residents.
• To elicit and analyze resident perceptions, actions, and decisions in a simulated environment.
• To explore the effectiveness of simulation in teaching complex procedures and analytic thinking.

Main Methods:

• A commercially available simulator was modified with a clinically relevant adaptation.
• First-year emergency medicine residents participated in training using the modified simulator.
• Resident perceptions, actions, and decisions were systematically elicited and recorded.

Main Results:

• The modified simulator successfully elicited resident perceptions and decision-making processes.
• Specific patterns in resident actions and choices were observed during simulated clinical encounters.
• The simulation provided insights into the learning curve for complex procedures.

Conclusions:

• Modified simulation offers a promising approach for evaluating resident performance in emergency medicine.
• This method can provide valuable data on clinical reasoning and skill acquisition.
• Further research can refine simulation-based assessments for medical trainees.