Compendium of physical ergonomics exposures to hand, shoulder, and low back during routine janitorial activities

Janitorial services are an essential part to keep workplaces functional. Janitors consider the job labor intensive, and that workload is increasing in recent years. The most impacted body parts are hand/wrist, shoulder, and back in this population. This paper reports a compendium of physical ergonom...

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Bibliographic Details
Published in:International journal of industrial ergonomics Vol. 99; p. 103544
Main Authors: Lin, Jia-Hua, Bao, Stephen, Howard, Ninica, Lee, Wonil
Format: Journal Article
Language:English
Published: Elsevier B.V 01-01-2024
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Summary:Janitorial services are an essential part to keep workplaces functional. Janitors consider the job labor intensive, and that workload is increasing in recent years. The most impacted body parts are hand/wrist, shoulder, and back in this population. This paper reports a compendium of physical ergonomics exposure assessment using three observational methods. The composite Strain Index (COSI) for hand/wrist, Manual Task Risk Assessment (ManTRA) for shoulder, and Recommended Cumulative Recovery Allowance (RCRA) for shoulder and back, were chosen for their capability to capture the complex and dynamic nature of all tasks performed in a janitorial job. Forty-six unique cleaning task-location-tool combinations received assessments, and the risk scores from the three methods are compiled into a compendium. This information can help practitioners to estimate the risk for a job, or designers to plan jobs for a team of janitors so the risks can be mitigated with careful task assignments. •This paper presents a compendium of physical ergonomics exposure assessment.•Three observational methods were used: Composite Strain Index, ManTRA, and RCRA.•Hand-wrist, shoulder, and back risks were assessed for 46 common cleaning task-location-tool combinations.•Assessments results for 11 tasks, 17 locations, and 16 tools are also documented.
ISSN:0169-8141
1872-8219
DOI:10.1016/j.ergon.2023.103544