Max Robotics — Global Service Robot Directory + US Certification

About

Seungyong Hyung is a leading figure in surgical and humanoid robotics, with a career defined by bridging high-precision mechanisms and intelligent perception. His foundational work includes the modeling and control of a snake-like, single-port access surgical robot, a system featuring a 6-DOF guide tube and dual 7-DOF tools, which has garnered 33 citations for its impact on minimally invasive surgery. In humanoid robotics, Hyung pioneered on-board 3D vision-based SLAM for dynamic walking robots like Roboray, enabling real-time odometry estimation under the constraints of human-like gait—a contribution cited 22 times. His research extends to assistive technology, where he has simulated gait assistance using hip exoskeletons to address ankle muscle weaknesses, demonstrating a commitment to rehabilitation engineering. Hyung also advanced 3D perception with the Geometric and Photometric Local Feature (GPLF) descriptor for robust object recognition and pose estimation. With over 95 total citations across his most-cited works, his achievements include developing a real-time SLAM system for dynamic walking humanoids and designing soft wearable devices for upper limb resistance exercise, showcasing a versatile impact on both clinical and consumer robotics.