Fire hazards in industrial and manufacturing environments require practical, scenario-based training beyond classroom instruction. The project involved developing an immersive VR fire safety training module that simulates realistic industrial fire situations.
The system enables trainees to identify fire classes, conduct extinguisher pre-use inspections, select the correct extinguisher type, and apply the PASS method within a controlled virtual environment designed for safe, repeatable practice.
The vision was to create a hands-on, risk-free training system that replicates industrial fire scenarios with high visual fidelity and interactive precision. Instead of passive learning, users actively engage in identifying hazards and responding correctly.
Industrial safety training typically suffers from low engagement and limited retention. Employees often memorize procedures but lack confidence during real emergencies.
From a development perspective, the challenge was to simulate realistic fire physics and extinguisher behavior while maintaining smooth performance in VR hardware. The interaction system had to be easy to use so that trainees could naturally aim, squeeze, and sweep.
Additionally, accuracy in extinguisher selection and compliance with safety standards was critical. The system had to guide trainees step-by-step without oversimplifying real-world decision-making complexity.
We designed an immersive VR fire safety training system that enables employees to practice hazard identification, extinguisher selection, and emergency response in a realistic industrial environment.
The training begins with a tutorial phase where users familiarize themselves with extinguisher types. It then progresses into scenario-based simulations where trainees must identify the fire class and choose the correct extinguisher before executing the PASS method.
Offline deployment capability ensures the solution can operate in secure industrial facilities without continuous internet connectivity.
