A. Courtine

Papers

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About

A. Courtine’s research sits at the intersection of assistive robotics and neurorehabilitation, with a primary focus on developing socially interactive robotic systems to aid post-stroke recovery. Their most cited work, a 2019 preliminary study on using the NAO humanoid robot for post-stroke rehabilitation therapy, explores how socially assistive robots can engage patients in repetitive, motivating exercises—a critical factor for neuroplasticity and functional recovery. Although early in citation impact (2 citations), this study lays foundational groundwork for integrating affordable, off-the-shelf robots into clinical settings, addressing the global burden of stroke as a leading cause of adult disability. Courtine’s contribution lies in bridging human-robot interaction with evidence-based rehabilitation protocols, emphasizing patient engagement over passive therapy. Their work signals a shift toward scalable, socially intelligent robotic aides that can complement traditional physiotherapy, potentially reducing long-term care costs and improving quality of life for stroke survivors. As the field matures, Courtine’s preliminary findings offer a springboard for larger trials and refined interaction designs, positioning them as a thoughtful early adopter of social robotics in neurorehabilitation.