Virtual Reality Systems for Simulation Training for High-Stress Scenarios

Abstract

The research aims to create a Virtual Reality fire-escape simulation system in Unity for emergency training purposes. The research examines VR theoretical principles and technological elements and educational and medical and professional training applications. The research demonstrates that VR simulation training functions as an essential method for teaching personnel in dangerous and expensive real-world settings. The Unity-based VR prototype delivered an authentic fire-escape experience through its combination of authentic user interactions and authentic environmental effects and scenario-based challenges. The system underwent internal testing to assess its functionality and performance against established VR design standards. The research demonstrates VR serves as an excellent risk-free emergency training solution which will help develop future system enhancements and sophisticated training facilities.