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Upper extremity exoskeleton evaluation for masonry works at an elevated work platform

In this study, we explored the technical efficacy (both benefits and risks) of various upper-body passive exoskeletons in reducing the risks of musculoskeletal injuries while performing masonry tasks on an elevated Mast Climbing Work Platform (MCWP). This study made a significant positive impact on improving the health and performance of masonry construction workers through the use of effective human-exoskeleton cooperation.

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Associate Professor, ISE

University of Florida

Office: Weil 474

E-mail: sk.chowdhury@ufl.edu

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 Website Update: May 1, 2023

Mailing Address: 
University of Florida
Department of Industrial Engineering
Gainesville, FL 32603

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The HPNE Lab is located in the Department of ISE, University of Florida.

Human Performance and Neuro-Engineering Lab. Copyright 2023.

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