Jungwha Lee

Northwestern University, Stanford University

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About

Dr. Jungwha Lee is a researcher whose work bridges the fields of pediatric rehabilitation and bio-inspired robotics, demonstrating a unique capacity to translate mechanical principles into clinical applications. Her most impactful contribution lies in advancing motor therapy for children with cerebral palsy. In her highly cited pilot study, she pioneered a direct comparison of home-based versus laboratory-based robotic ankle training, providing critical evidence for the feasibility and efficacy of decentralized, accessible rehabilitation technologies. This work, with 48 citations, has helped shape the conversation around patient-centered, real-world therapy. Complementing this clinical focus, Dr. Lee has made notable contributions to the physics of locomotion through her work on efficient jump-gliding. Her dynamic model and prototype of a jump-gliding robot, which uses a carbon fiber spring and a pivoting wing to transition from ascent to glide, has garnered 26 citations and showcases her expertise in mechanical design and control. This dual expertise—applying robotic systems both to understand fundamental movement principles and to improve human lives—positions Dr. Lee as a versatile and impactful figure in modern biomechatronics.