Making sense of highway construction: a taxonomic framework for ergonomic exposure assessment and intervention research.

Susan Moir, Victor Paquet, Laura Punnett, Bryan Buchholz, David Wegman
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引用次数: 23

Abstract

Construction is one of the most hazardous industries in the United States. Occupational health research to characterize the hazards in construction work has been hampered by the lack of a systematic approach to classification of construction work and its associated hazards. A taxonomy of construction work, a nested system of classification, has been developed to systematize the collection and reporting of exposure assessment data for the characterization and reduction of hazards and the prevention of musculoskeletal injury. This taxonomy subdivides construction work into the categories of stage, operation, task, and activity. It is based on a bidding specification system already in use within the industry and thus provides a terminology common among workers, supervisors, and managers. The identification of tasks and activities that are present in multiple stages and/or trades contributes to the efficiency of exposure data collection and facilitates the generalizability to other settings for both exposure data and intervention evaluations. The taxonomy provides a framework and vocabulary that facilitates field work and participatory research activities. It can also potentially be linked to personnel and economic data for estimation of costs of safety and health problems, as well as benefits of interventions. Although developed for construction ergonomics, the taxonomic approach has application to non-routine work in other industry sectors and possibly in occupational health research other than ergonomics.

公路建设的意义:人体工程学暴露评估与干预研究的分类框架。
建筑业是美国最危险的行业之一。由于缺乏对建筑工作及其相关危害进行分类的系统方法,对建筑工作危害特征的职业健康研究受到了阻碍。建筑工作的分类,一个嵌套的分类系统,已经发展系统化的收集和报告暴露评估数据,以表征和减少危害和预防肌肉骨骼损伤。该分类法将构建工作细分为阶段、操作、任务和活动等类别。它基于行业内已经使用的招标规范系统,因此提供了工人、主管和经理之间通用的术语。识别在多个阶段和/或行业中存在的任务和活动有助于提高暴露数据收集的效率,并有助于将暴露数据和干预评估推广到其他环境。该分类法提供了一个框架和词汇,便于实地工作和参与性研究活动。它还可能与人员和经济数据联系起来,用于估计安全和健康问题的成本以及干预措施的效益。尽管分类学方法是为建筑工效学而开发的,但它也可以应用于除工效学之外的其他工业部门的非常规工作,甚至可能应用于职业健康研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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