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About

Jennifer Baird is a pioneering researcher at the intersection of robotics and neurorehabilitation, with a core focus on developing humanoid robot-mediated therapies for stroke recovery. Her major contributions lie in demonstrating how general-purpose humanoid robots can deliver integrated, multidisciplinary rehabilitation—combining speech and physical therapy in a single, interactive platform. Baird’s work introduced the concept of “extended virtual presence,” where robots serve as teletherapy proxies, allowing therapists to assess and guide patients remotely. Her most cited paper (29 citations) established the feasibility of robot-mediated multidisciplinary care, while a follow-up study showed sustained motor improvement 28 weeks post-intervention, highlighting long-term efficacy. With over 69 total citations across her key works, Baird’s research has shaped the design of accessible, cost-effective rehabilitation tools that extend clinical reach into residential settings. Her achievements include pioneering the use of off-the-shelf humanoid robots for upper extremity therapy, challenging the field’s reliance on specialized exoskeletons, and laying groundwork for scalable, therapist-in-the-loop robotic systems. For students and researchers, Baird’s work exemplifies how robotics can bridge gaps in post-stroke care, making rehabilitation more continuous, engaging, and personalized.