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About

Sandra Charapaqui is a rising leader in bio-mechatronics and rehabilitation engineering, focused on restoring upper-limb function for post-stroke patients. Her research centers on the design and clinical application of robotic exoskeletons for the elbow and hand, targeting both active and passive neurorehabilitation. In her highly cited 2024 review, she synthesizes how Robotic Exoskeletons for Rehabilitation (RER) offer a high-quality alternative to conventional therapy, capable of simultaneously restoring compromised motor functions and promoting neural recovery. Charapaqui’s pioneering work includes the development of a novel bio-mechatronic exoskeleton system featuring a mobile-prismatic joint mechanism specifically for passive hand wearable rehabilitation. This innovation directly addresses the WHO’s finding that stroke affects 15 million people annually, with 70–80% suffering upper-limb deterioration that diminishes daily activities and quality of life. Her contributions are already gaining traction, with her top papers accumulating nearly 20 citations within their first year—a strong indicator of their immediate relevance. By bridging engineering and clinical practice, Charapaqui is advancing accessible, high-tech solutions that promise to improve independence and quality of life for millions of stroke survivors worldwide.