Papers
12
Total Citations
175
H-Index
6
About
Ghaith J. Androwis is a pioneering researcher at the intersection of rehabilitation robotics, neurology, and intelligent control systems, with a career dedicated to improving mobility and functional outcomes for individuals with neurological disabilities. His work focuses primarily on robotic exoskeleton technology for populations including acute stroke survivors, individuals with multiple sclerosis (MS), and those with spinal cord injury. Androwis has made substantial contributions to understanding how exoskeleton-assisted gait training reshapes neuromuscular function, as evidenced by his widely cited 2018 electromyography study (48 citations) examining muscle activation patterns during robotic gait in acute stroke. His 2021 work applying reinforcement learning to exoskeleton control for squat assistance (52 citations) represents a landmark advance in adaptive, safety-conscious robotic systems for mobility-impaired users. He has also led clinical investigations, including a randomized controlled trial evaluating exoskeleton rehabilitation in MS patients (35 citations), demonstrating both mobility and cognitive benefits. Collectively, his publications span hardware design, intelligent control algorithms, and patient-centered clinical outcomes, establishing him as a multidisciplinary force in assistive robotics whose research meaningfully bridges engineering innovation and real-world therapeutic application.
Research Focus
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