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About

S. Kousidou is a pioneering researcher in rehabilitation robotics, whose work has significantly advanced the use of robotic systems for upper limb physiotherapy following stroke. Her research centers on developing assistive exoskeletons and task-oriented biofeedback systems that provide intensive, cost-effective, and objectively measured rehabilitation. Kousidou’s most influential contributions include the design of an assistive exoskeleton for three-dimensional task-based physiotherapy (41 citations) and a task-oriented biofeedback system (41 citations), both addressing the critical need for robotic tools to overcome staff shortages and high treatment costs in stroke rehabilitation. She also co-authored a comprehensive chapter on exoskeleton-based exercisers for upper arm and hand disabilities (23 citations), which has served as a foundational reference in the field. Earlier in her career, Kousidou explored innovative applications of robotics in mixed-reality performances, authoring environments for multimedia applications featuring robotic actors. Her work bridges engineering and clinical practice, demonstrating a sustained commitment to creating accessible, technology-driven solutions for individuals with functional impairments. With over 100 combined citations, Kousidou’s research continues to inform the design of next-generation rehabilitation technologies.