Papers
6
Total Citations
125
H-Index
5
About
Hyunseop Lim is a robotics and mechanical engineering researcher whose work spans assistive exoskeleton systems, robot manipulator optimization, and mobile robot control. His most significant contribution lies in the development of wearable robotic systems designed to support human movement and prevent occupational injury. His 2020 paper on the H-WEXv2 waist-assistive exoskeleton — garnering 75 citations — introduced an innovative wire-driven singular series elastic actuation mechanism aimed at reducing back-muscle fatigue among industrial workers, representing a meaningful advance in affordable, practical exoskeleton design. His earlier work on an ankle-less active lower-limb exoskeleton (2017, 23 citations) further demonstrates his sustained commitment to accessible assistive robotics controlled through intelligent state-machine frameworks. Beyond exoskeletons, Lim has made notable contributions to robot manipulator design optimization, applying Grey-based Taguchi methods to maximize global performance indices in multi-degree-of-freedom systems, work that earned consistent recognition within the robotics optimization community. His research portfolio also extends to mobile robot path planning using Kalman filter-based trajectory control. Together, Lim's body of work reflects a career dedicated to bridging theoretical robotics with human-centered engineering applications, particularly in industrial safety and rehabilitation contexts.
Research Focus
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