Renan Fernandes Kozan

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About

Renan Fernandes Kozan is a researcher at the forefront of robotic rehabilitation engineering, with a primary focus on developing innovative assistive technologies for stroke survivors. His key research areas encompass the design and evaluation of robotic orthoses, artificial tendon systems, and biomechanical interfaces for upper limb rehabilitation. Kozan's most notable contribution is his pioneering work on commercial ropes as artificial tendons in robotic rehabilitation orthoses, as detailed in his highly cited 2020 study. This research systematically evaluated the design, selection, and testing of these ropes to replicate natural hand movements for stroke patients undergoing upper limb rehabilitation, directly measuring the loads applied to ensure safety and efficacy. With 7 citations, this work has already influenced the field by providing a practical, cost-effective solution for orthotic actuation. Kozan's achievements are marked by his ability to bridge mechanical engineering and clinical rehabilitation, offering tangible improvements in robotic therapy devices. His research continues to advance the integration of accessible materials into high-tech rehabilitation systems, making him a promising voice in the quest to restore motor function and independence for individuals with neurological impairments.