Enhancing medical device training with hybrid physical-virtual simulators: smart peripherals for virtual devices

Area of Science:

• Medical simulation
• Human-computer interaction
• Medical device engineering

Background:

• Traditional medical device training lacks objective performance metrics.
• Current simulation methods may not fully replicate the tactile feedback of real devices.

Purpose of the Study:

• To introduce a novel hybrid physical-virtual simulator platform for medical device training.
• To enable objective measurement and recording of trainee performance.
• To enhance hands-on interaction and feedback during training.

Main Methods:

• Development of a hybrid simulator combining touchscreen virtual emulations with sensorized physical peripherals.
• Integration of objective performance measurement and recording capabilities.
• Implementation of a virtual defibrillator with sensorized paddles and wireless signaling.

Main Results:

• The platform enables tactile, hands-on interaction with simulated medical devices.
• Objective performance data, including metrics unavailable in real devices, can be recorded.
• Successful implementation demonstrated with a virtual defibrillator training system.

Conclusions:

• Hybrid physical-virtual simulators offer a promising approach to medical device training.
• The system provides enhanced realism, objective assessment, and valuable feedback for trainees.
• This technology has the potential to improve medical training outcomes and patient safety.