Power industry sites are constantly exposed to hazardous environments, where major disasters occur each year. Therefore, implementing preventive measures to avoid accidents is crucial for worker safety. However, traditional methods of safety education, relying on text and video, have significant limitations in accident prevention. In response, safety education is increasingly turning to virtual reality (VR) technology to address these shortcomings. However, widespread adoption of VR faces challenges. VR training typically involves wearing a Head-Mounted Display (HMD) and managing complex equipment, which complicates scalability for larger groups of trainees. To tackle these challenges, we have developed an integrated control system. This system allows multiple trainees to engage in virtual training simultaneously, integrates and manages various types of HMD equipment, and enables instructors to easily monitor and control sessions from a central location.
Chang-Hun Chae (Thu,) studied this question.