What can virtual reality do for safety

Abstract

Mining by nature is a hazardous occupation. Accidents still happen with great frequency and severity. Improvement in safety is the number one challenge for the national minerals industry. Fatalities may result from equipment failure or human error. Accident investigators are often able to pinpoint the exact cause of the accident. However, the results of the accident investigations are published in a text format and are often difficult to absorb. As a result, mining personnel may not learn exactly which hazardous situation to be on guard against. Only with successful education and effective training can miners recognise possible hazards, assess the risks and learn to implement the necessary procedures to control them. Investigating an accident by reconstructing it using advanced computer graphics techniques is an essential step towards improving the safety performance of the minerals industry in Australia. This way people can then understand: How the accident happened, Why it happened, How it could have been prevented, How injuries or fatalities could have been avoided. Virtual Reality (VR) provides the best tools for accident reconstruction, training and hazard identification by immersing the trainee in an environment as close to real world as possible. The use of high quality three-dimensional graphics, sound and dynamic simulation combine to form a uniquely engaging experience. Through safety, visualisation and educations, VR provides many improvements for the minerals industry. Advanced Computer Graphics and Virtual Reality in the Minerals Industry Research Unit (MineVR), operating within MISHC, has recently been involved in developing VR applications for the Minerals Industry. This paper will give an overview of the MineVR’s research activities while examining the role of VR in safety. VR technology looks promising in improving the mining industry’s safety record and saving lives. What can Virtual Reality do for Safety? MS KIZIL and J JOY