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About

Juseong Shin is a robotics researcher whose work spans wearable exoskeletons, humanoid robots, and search-and-rescue systems. His most cited paper, "Design of a lower limb exoskeleton including roll actuation to assist walking and standing up" (2015, 13 citations), addresses a critical challenge in rehabilitation robotics: ensuring that robotic movement closely mirrors human motion for safe, effective patient-robot interaction. This work emphasizes mutual adaptability between user and machine, a principle that has shaped subsequent exoskeleton design. Shin also contributed to the DARPA Robotics Challenge Finals as part of Team DRC-Hubo@UNLV, where he developed strategies for humanoid vehicle driving and egress (2016, 2 citations), including tele-operation and autonomous assistance modules to overcome position control limitations. His more recent work includes a multi-sensor module for snake robots designed to locate survivors in narrow spaces (2021, 6 citations), demonstrating a shift toward disaster-response applications. With a portfolio that bridges assistive robotics and autonomous systems, Shin’s research reflects a commitment to making robots more intuitive, adaptable, and capable in real-world environments—from clinical settings to collapsed structures.