Max Robotics — Global Service Robot Directory + US Certification

About

Kwanghyun Yoo is a robotics researcher whose work spans the control of articulated vehicle systems and the development of intelligent inspection robots for critical infrastructure. His early research focused on the challenging problem of controlling a car-like mobile robot towing multiple passive off-hooked trailers, particularly the difficult task of backward motion. His 2011 paper on this topic has garnered 38 citations, while his 2010 work on pushing motion control has 22 citations, establishing foundational knowledge in nonholonomic trailer systems. Yoo also contributed to improving odometry accuracy for automated parking systems through kinematic parameter calibration. More recently, his research has pivoted to pipeline inspection robotics, where he has made significant advances in pose estimation, localization, and digital twin modeling for natural gas pipelines. His 2025 paper on robust pose and pipe diameter estimation using 3D Time-of-Flight sensors (6 citations) and his work on digital twin systems for low-pressure pipelines demonstrate his ongoing impact on practical infrastructure monitoring. With a career that bridges theoretical control problems and real-world industrial applications, Yoo continues to influence both mobile robotics and pipeline integrity management.