A web-based training simulator of clinical hyperbaric chamber

Area of Science:

• Medical Simulation
• Hyperbaric Medicine
• Clinical Training Technology

Background:

• Critical training gaps exist in hyperbaric medicine, necessitating safer methods for skill development.
• Current training methods may involve risks to patients and equipment.
• There is a need for advanced simulation tools in hyperbaric medicine education.

Purpose of the Study:

• To introduce an innovative simulator for clinical hyperbaric chambers.
• To provide a risk-free environment for training medical and technical personnel.
• To evaluate the simulator's effectiveness in improving procedural proficiency and emergency response.

Main Methods:

• Development of a dual-module, web-accessible hyperbaric chamber simulator.
• Implementation of intuitive controls for realistic chamber operation and administrative capabilities.
• Conducting a pilot study with clinical professionals to assess training outcomes.

Main Results:

• Participants demonstrated significant improvements in procedural proficiency.
• Measurable skill enhancement was observed in emergency response capabilities after training.
• Preliminary assessments indicated high educational value for the simulation software.

Conclusions:

• The innovative simulator effectively addresses training gaps in hyperbaric medicine.
• The technology offers a substantial contribution to initial training and competency maintenance.
• Simulator-based training enhances operational skills for clinical and technical hyperbaric personnel.