Papers
9
Total Citations
282
H-Index
8
About
Yong-Il Shin is a prominent South Korean rehabilitation scientist whose research sits at the intersection of robotic-assisted therapy, neurological rehabilitation, and stroke recovery. His work has significantly advanced our understanding of how emerging robotic technologies can restore mobility and functional independence in patients with hemiparetic stroke, spinal cord injury, and other neurological conditions. Shin is perhaps best known for his pioneering investigations into the WALKBOT robotic gait training system, with his 2015 landmark randomized controlled trial — and its widely cited correction — together accumulating over 130 citations and establishing WALKBOT-assisted locomotor training as a clinically meaningful alternative to conventional approaches. His subsequent studies have refined rehabilitation protocols further, comparing progressive versus full assistance force paradigms (2018, 36 citations) and examining biomechanical outcomes including joint stiffness and kinematics across stroke subtypes. His work extends beyond lower-limb rehabilitation, encompassing trunk stabilization robotics and mirror therapy systems informed by EEG and EMG biomarkers. Across his body of work, Shin has championed rigorous, controlled trial designs that translate robotic innovation into evidence-based clinical practice. With hundreds of cumulative citations, his contributions have materially shaped the field of neurorehabilitation robotics, offering clinicians and researchers a stronger scientific foundation for integrating technology into stroke and spinal cord injury recovery.
Research Focus
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