Neha Amon Khan

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About

Neha Amon Khan’s research lies at the vital intersection of assistive technology, biomedical engineering, and artificial intelligence, with a focused commitment to restoring independence for individuals with physical disabilities. Her most cited work, “Wearable Hand-Rehabilitation System with Soft Gloves for Patient with Face Paralysis and Disability” (2021), exemplifies this mission. Khan engineered a sophisticated wearable hand-rehabilitation system—a robotic arm integrated with soft gloves and controlled programming—that enables patients with paralysis and disabilities to perform essential daily tasks, from moving individual fingers to gripping objects. This innovation directly addresses the profound challenges faced by those with hand disabilities, offering a pathway to normalcy through artificially intelligent advances. By combining soft robotics with precise control algorithms, her system provides a practical, user-centered solution for rehabilitation. With 5 citations, this work has already begun to influence the field of assistive robotics. Khan’s contributions are particularly notable for their direct clinical applicability, bridging the gap between advanced engineering and real-world patient needs. Her research stands as a testament to the power of technology to restore agency and improve quality of life for the most vulnerable.