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About
Dr. Eng Wah Tan is a leading researcher at the intersection of rehabilitation robotics and orthopaedic recovery, with a primary focus on improving functional outcomes for patients with upper extremity injuries. His most notable contribution lies in pioneering the application of the Single Joint Hybrid Assistive Limb (HAL-SJ) robotic exoskeleton for wrist fracture rehabilitation, a domain where robotic interventions remain novel. Through his work, Dr. Tan has advanced the understanding of how targeted robotic therapy can enhance motor recovery beyond conventional clinical approaches. His 2025 study protocol, which has already garnered early citations, establishes a rigorous framework for evaluating HAL-SJ therapy in workers with wrist fractures—a population critical for return-to-function outcomes. By bridging the gap between neurorehabilitation robotics and orthopaedic care, Dr. Tan’s research addresses a pressing need for evidence-based, technology-driven rehabilitation strategies. His work promises to reshape post-fracture therapy, offering patients a precise, dose-controlled alternative to standard care, and positions him as a key innovator in translating robotic exoskeletons from neurological to musculoskeletal applications.
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