Bo-Hyun Yu

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About

Bo-Hyun Yu is a robotics researcher whose work focuses on the intersection of construction automation, human-robot interaction, and safety systems. His primary research areas include tele-operated heavy machinery, building façade cleaning robotics, and stability control algorithms for field robots. Yu’s most notable contribution is the development of an integrated control system for a curtain wall building façade cleaning robot (2018), which has garnered 58 citations and addresses a critical need in high-rise building maintenance. This work demonstrates his ability to design practical robotic solutions for challenging, real-world environments. Additionally, Yu proposed the Static Compensation ZMP (Zero Moment Point) Algorithm to prevent tip-over incidents in tele-operated excavators (2012), a safety-critical innovation for hazardous construction sites. While this earlier work has fewer citations, it laid foundational principles for stability control in heavy equipment robotics. His research bridges the gap between theoretical control algorithms and deployable robotic systems, with applications in construction, maintenance, and disaster response. Yu’s work continues to influence the development of safer, more autonomous field robots, making him a valuable contributor to the robotics community.