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About

Andrea Lince is a leading researcher in assistive and rehabilitation robotics, with a primary focus on restoring hand function for individuals with neurological impairments or limb loss. Her work bridges the gap between advanced mechatronic design and real-world clinical application. Lince’s major contributions include the development of an under-actuated, surface EMG-driven hand exoskeleton for stroke rehabilitation, a device designed to lower therapy costs while improving efficacy. She has also advanced the field of prosthetic technology through her work on "Hannes," a novel polyarticulated prosthetic hand, where she led a clinical evaluation to measure its usability and user acceptance. Her research extends to practical sensor integration, as seen in her study on commercial tactile sensors for hand exoskeletons, which addresses the challenge of creating ultra-low-cost, low-complexity readout systems. With her most-cited paper accumulating 26 citations, Lince’s work is recognized for its direct impact on making robotic assistance more accessible and effective. Her achievements are particularly notable for their emphasis on translating laboratory prototypes into clinically viable tools, positioning her as a key figure in the future of human-centered wearable robotics.