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An Excel-Based Program to Teach Students Quick Ergonomic Risk Assessment Techniques With an Application to an Assembly System

机译:一个基于Excel的程序,用于教学生快速的人机工程学风险评估技术及其在装配系统中的应用

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Governments force companies to stabilize ergonomic risk levels of the manufacturing environment and keep it below an acceptable risk level in order to prevent aftermaths. As a result, companies need more manufacturing engineers who are aware of ergonomics risk analysis. Thus, undergraduate students in the 3rd year in Industrial Engineering at Dokuz Eylul University are invited to take part in a real-life experience. This paper introduces an Excel-based program which is called Quick Ergonomic Assessment Techniques (QEAT); in order to support teaching students ergonomic risk assessment techniques; facilitate understanding characteristics of different techniques, and enable to compare the results of them. Three of the well-known ergonomic risk assessment techniques are coded in QEAT and applied on an electronics company which manufactures TV. The proposed QEAT procedure is easy to apply in various manufacturing environments and is suitable to be implemented in undergraduate engineering laboratories in order to support and encourage ergonomics study. The results show that by using the combination of three techniques in QEAT, an ergonomic risk assessment which covers most of the body areas could be presented and manufacturing environment could be reanalyzed easily if it is needed due to the changes in production processes. (C) 2017 Wiley Periodicals, Inc.
机译:政府强迫公司稳定生产环境的人体工程学风险水平,并将其保持在可接受的风险水平以下,以防止后果。结果,公司需要更多了解人体工程学风险分析的制造工程师。因此,Dokuz Eylul大学工业工程专业三年级的本科生应邀参加了真实的体验。本文介绍了一个基于Excel的程序,称为快速人机工程学评估技术(QEAT);为了支持学生进行人体工程学风险评估技术的教学;有助于理解不同技术的特性,并能够比较它们的结果。 QEAT编码了三种众所周知的人体工程学风险评估技术,并将其应用于生产电视的一家电子公司。拟议的QEAT程序易于在各种制造环境中应用,并且适合在本科工程实验室中实施,以支持和鼓励人体工程学研究。结果表明,通过在QEAT中使用三种技术的组合,可以进行涵盖人体大部分区域的人体工程学风险评估,并且由于生产工艺的变化,如果需要可以轻松地重新分析制造环境。 (C)2017威利期刊公司

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