The overall purpose of this paper is to develop a virtual interactive path designed for safety training inside cold chambers and pre-chambers based on good manufacturing practices using VR technology and 3D modeling. This manuscript offers a simulation of a refrigerated work environment, allowing users to identify and learn about related occupational risks to which they are exposed. Potential hazards are categorized using a risk matrix mainly focused on appropriate behavior in sub-zero industrial scenarios and correct use of personal protective equipment. Through the training, a significant improvement in participants’ safety precautions knowledge and understanding of risks is achieved, highlighting the potential of using virtual reality for their skill development.

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Development of a Virtual Reality Environment Applied to Work in Cold Environments for the Reduction of Related Occupational Risks

  • David M. Cortez-Saravia,
  • Christopher R. Reyes-Lopez,
  • Vivianne S. Gressely-Aspiazu,
  • Bryan A. Vargas-Caballero

摘要

The overall purpose of this paper is to develop a virtual interactive path designed for safety training inside cold chambers and pre-chambers based on good manufacturing practices using VR technology and 3D modeling. This manuscript offers a simulation of a refrigerated work environment, allowing users to identify and learn about related occupational risks to which they are exposed. Potential hazards are categorized using a risk matrix mainly focused on appropriate behavior in sub-zero industrial scenarios and correct use of personal protective equipment. Through the training, a significant improvement in participants’ safety precautions knowledge and understanding of risks is achieved, highlighting the potential of using virtual reality for their skill development.