Joo Hwan Jung

Papers

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About

Joo Hwan Jung is a leading researcher in rehabilitation engineering, with a primary focus on restoring mobility and function in individuals with spinal cord injury (SCI). His work bridges the critical gap between assistive technology and clinical outcomes, particularly in the domains of robotic exoskeletons and upper limb therapy. Jung’s major contributions include a landmark 2020 study (67 citations) that directly compared the energy efficiency and patient satisfaction of traditional knee-ankle-foot orthoses (KAFO) against the ReWalk robotic exoskeleton in paraplegic patients. This research provided vital evidence for clinical decision-making, demonstrating that while robotic gait may offer advantages, user satisfaction and metabolic cost are complex, patient-specific factors. Further expanding his impact, Jung investigated the efficacy of combined upper limb robotic therapy for tetraplegic patients (2019, 32 citations), challenging conventional occupational therapy paradigms and proposing optimized treatment guidelines. His work is characterized by rigorous methodology and a patient-centered approach, making him a pivotal figure in advancing evidence-based practice for neurorehabilitation. Jung’s research is essential reading for clinicians and engineers seeking to understand the real-world application and limitations of robotic systems in restoring function after severe neurological injury.