Abstract
Recently, research has actively examined applications of virtual reality technology in the field of safety education training to effectively respond to risk factors in abnormal situations. In this paper, we propose a virtual environment scenario design method based on the industrial secure module (ISM) for safety education training for dyeing machines and tenter machines, which are the core facilities of a textile mill. First, by analyzing the working environment of the actual textile process, the accident risks according to the process are classified for each type to identify the cause of the accident and its potential impact. Based on this, after creating an ISM document consisting of 172 items, the types and causes of accidents are linked according to the flow of the process to graphically illustrate the scenarios necessary for the establishment of a virtual environment. Finally, using this scenario, we build a virtual experience environment for safety education training in a textile mill. The ISM-based scenario design method can be effectively applied to the development of various education training programs.
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More From: Korean Journal of Computational Design and Engineering
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