About our Sessions

Wearable robotic exoskeletons are emerging as groundbreaking tools to enhance safety, reduce injuries, and boost productivity in the construction industry. This talk delves into the multifaceted role of exoskeleton technology in supporting workers during physically demanding tasks such as lifting, repetitive motion, and prolonged postures. By providing mechanical assistance and ergonomic support, exoskeletons help mitigate risks associated with musculoskeletal disorders, one of the leading causes of injury in construction. Despite their promising benefits, the adoption of wearable robots faces several challenges, including ensuring proper fit and comfort across diverse worker populations, integrating exoskeleton use into dynamic and unpredictable construction environments, and overcoming resistance due to perceived complexity or disruption to workflow. The presentation will address these hurdles and review current strategies to enhance user acceptance, including participatory design and training protocols. The session will also feature a hands-on demonstration with different types of exoskeletons available for participants to try on stage, offering a unique opportunity to experience firsthand how these devices function and feel in a construction context. In addition, the talk will showcase real-world applications and future directions driven by advances in sensor integration, adaptive control systems, and artificial intelligence to develop smarter, context-aware wearable robots capable of seamless human collaboration. Attendees will gain insight into how exoskeleton technology is shaping the future of construction safety and performance, alongside practical considerations for implementation and research.