Subhasis Banerji

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About

Subhasis Banerji is a pioneering researcher at the intersection of neural engineering and rehabilitation robotics, focusing on restoring motor function for stroke survivors. His work centers on developing intuitive, home-based robotic rehabilitation systems that bridge the gap between clinical therapy and daily living. Banerji’s most cited paper (2009, 12 citations) introduces a novel interface circuit for EEG/SEMG-actuated orthoses, enabling patients to control robotic devices using their own brain or muscle signals. This breakthrough aims to dramatically increase rehabilitation effectiveness by allowing patients to continue therapy at home after hospital training. In his 2008 work (2 citations), Banerji critically examines the disconnect between engineering approaches and clinical practice in upper extremity rehabilitation, advocating for more patient-centered device design. His research challenges the field to prioritize real-world usability over technical complexity, making him a key voice in translating robotic rehabilitation from lab to living room. Banerji’s contributions are foundational for accessible, affordable neurorehabilitation technologies that empower patients to regain independence.