Papers
3
Total Citations
87
H-Index
3
About
Min Kyun Sohn is a distinguished rehabilitation medicine researcher whose work sits at the intersection of robotics, neurological rehabilitation, and assistive technology. His scholarship has made meaningful contributions to two primary domains: robot-assisted gait training (RAGT) for children with cerebral palsy and exoskeleton-based rehabilitation engineering for stroke survivors. Sohn's most influential work, a 2020 randomized cross-over trial examining RAGT in children with cerebral palsy (42 citations), helped clarify a critical clinical question — whether robotic gait interventions could meaningfully improve not only locomotor function but also real-world daily activity performance. This rigorous, single-blinded design lent credibility to an emerging therapeutic modality. His 2011 contribution on shoulder exoskeleton mechanism design (38 citations) demonstrated his early commitment to solving complex biomechanical challenges in stroke rehabilitation, particularly the nonlinear complexities of shoulder girdle movement that many robotic systems had previously neglected. His more recent 2024 investigation into optimal RAGT training intensities in children with cerebral palsy signals his continued leadership in refining clinical protocols. Sohn's cumulative work advances the field's understanding of how robotic rehabilitation can be systematically optimized across neurological patient populations, benefiting clinicians, engineers, and — most importantly — patients striving to regain functional independence.
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