The use of smart wearables provides an opportunity to improve construction safety and productivity. Because the healthcare industry has been at the forefront of applying such technologies, this paper investigates available ubiquitous wearables, their metrics, and types of measurements; how existing healthcare systems detect hazards and unhealthy behaviors; and the potential for cross-fertilization between healthcare and construction domains. A comprehensive review of 173 papers is used to examine existing developments in the use of smart wearables in the construction and healthcare industries. The literature survey identified applicable healthcare metrics, measurements, and ranges that can be readily utilized in the construction industry. This information can facilitate further studies related to improving work ergonomics, health and safety, and worker stress analysis. Future research can also help develop efficient construction schedules that dynamically monitor workers' fatigue, and accordingly devise corrective actions that minimize the impact on workers' safety and work productivity.

智能可穿戴设备的使用为提高施工安全性和生产力提供了机会。由于医疗保健行业一直处于应用此类技术的最前沿，因此本文研究了可用的无处不在的可穿戴设备、它们的指标和测量类型；现有医疗保健系统如何检测危害和不健康行为；以及医疗保健和建筑领域之间交叉施肥的潜力。对 173 篇论文的全面审查用于检查智能可穿戴设备在建筑和医疗保健行业的使用方面的现有发展。文献调查确定了可以在建筑行业中轻松使用的适用医疗保健指标、测量和范围。这些信息可以促进与改善工作人体工程学、健康和安全相关的进一步研究，和工人压力分析。未来的研究还可以帮助制定有效的施工计划，动态监测工人的疲劳，并相应地制定纠正措施，最大限度地减少对工人安全和工作效率的影响。