使用CATIA V5进行COVID-19大流行期间在家工作(WFH)的人体工程学工作空间设计

Lakhwinder Pal Singh
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引用次数: 0

摘要

Covid-19大流行导致了强制在家工作的情况;大多数IT专业人员的公司办公室员工都在家工作。因此,本研究是对居家办公空间设计的一种尝试。在本研究中,基于IT的工作专业人员进行了人体工程学分析,其中使用CATIA V5创建了一个模型。该模型揭示了不良工作环境对人体的影响。结果还显示,笨拙的姿势和人体测量参数之间的不匹配导致了肌肉骨骼疾病。有必要获得任务性能、设备、工作姿势和环境的相关信息或数据。过高的工作场所会导致工人的肩膀抽筋,而过低的工作场所可能会导致背痛,从而可能导致工作表现下降。此外,由于操作人员是高薪技术员工,绩效下降可能会给雇主组织带来经济后果。因此,本研究假定在大流行情景中具有重要意义。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ergonomics Workspace Design for Work from Home (WFH) during COVID-19 Pandemic Using CATIA V5
The Covid-19 pandemic has resulted in enforced scenario of working from home; Most of the IT professional’s corporate office employees are working from home. Therefore, the present study is an attempt for designing office for work from home (WFH). In this study ergonomic analysis of IT based working Professional performed in which a Model created using CATIA V5. The model reveals effects of bad postural working conditions on human body. The results also revealed that mismatch between awkward postures and anthropometric parameters contributed to musculoskeletal disorder. It is necessary to obtain the relevant information or data on task performance, equipment, working posture and environment. Too high workplace results in cramp in shoulder of worker whereas too low workplace may result in backache, therefore, may results in reduced performance. Also as the operator is a highly paid skilled employee, the reduction in performance that can lead to economic consequences for the employer organizations. Therefore, the present study assumes its significance in the pandemic scenario.
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