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About

Vincenzo Parenti Castelli is an Italian robotics and mechanical engineering researcher whose work spans rehabilitation robotics, smart actuator design, compliant mechanisms, and surgical instrumentation. He is perhaps best known for his landmark 2015 paper on an EMG-controlled robotic hand exoskeleton for bilateral stroke rehabilitation, which has garnered over 340 citations and stands as a seminal contribution to assistive and rehabilitative robotics. This device introduced adaptive kinematics capable of accommodating varying patient hand sizes, significantly advancing the field of motor recovery engineering. Beyond rehabilitation, Parenti Castelli has made meaningful contributions to novel actuator technologies, particularly dielectric elastomer actuators, exploring innovative frame designs to optimize performance in robotic and mechatronic systems. His investigations into flexure-based compliant mechanisms — comparing straight and curved beam configurations — demonstrate a strong foundation in precision mechanical design. He has also contributed to the broader robotics community through editorial contributions such as ROMANSY 18 and survey work on the state of the art in hand exoskeleton systems. More recently, his interests have extended to minimally invasive surgical tools, including a dexterous laparoscopic instrument concept. Across these diverse domains, Parenti Castelli's research reflects a consistent commitment to engineering solutions that bridge human biomechanics and advanced robotic design.