Can Wearable Exoskeletons Reduce Gender and Disability Gaps in the Construction Industry?
Yana Rodgers, Xiangmin Liu, Jingang Yi, and Liang Zhang

TL;DR
This paper investigates how wearable exoskeletons could help reduce gender and disability employment gaps in construction by enhancing physical capabilities and enabling more inclusive participation.
Contribution
It provides empirical evidence of employment and wage disparities and discusses potential integration of wearable exoskeletons to improve workforce diversity in construction.
Findings
Women and disabled workers face significant employment and pay gaps in construction.
A negative correlation exists between female representation and physical skill requirements.
Wearable exoskeletons could potentially improve inclusion and earnings for underrepresented groups.
Abstract
The share of construction trade jobs held by women and people with disabilities has remained stubbornly low in the face of chronic shortages of skilled labor. This study explores the potential of wearable assistive technologies to reduce these disparities. We use U.S. worker-level data to estimate employment and wage differences by gender and by mobility/strength impairments in construction and non-construction jobs. We also use occupational-level data to examine variations in workforce composition, physical skill requirements, and earnings across detailed construction occupations. Regression estimates indicate that being a woman and having strength and mobility impairments are associated with substantial employment and pay gaps in construction compared to non-construction jobs. Further analysis shows a high negative correlation between the representation of women and the ability levels…
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Taxonomy
TopicsProsthetics and Rehabilitation Robotics · Occupational Health and Safety Research · Assistive Technology in Communication and Mobility
