Marco Caramaschi

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About

Marco Caramaschi is an emerging researcher specializing in robotic rehabilitation engineering, with a particular focus on applying collaborative robotics to upper limb recovery and therapy. His work centers on the intersection of human-robot interaction, control systems design, and clinical rehabilitation technology — a field with significant implications for patients recovering from stroke, injury, or neurological conditions. Caramaschi's most notable contributions involve the development and optimization of robotic rehabilitation systems built around commercial collaborative robots, or "cobots." His research demonstrates that leveraging commercially optimized cobot platforms offers meaningful advantages in safety, engineering efficiency, and adaptability for therapeutic applications — addressing longstanding challenges in making robotic rehabilitation both practical and accessible. These findings have been recognized with early citation traction, with his key works accumulating citations shortly after publication in both 2024 and 2025, signaling growing interest from the rehabilitation robotics community. Although still in the early stages of building his scholarly profile, Caramaschi's dual publications on this theme reflect a focused and systematic research agenda. Students and practitioners exploring the future of assistive robotics and neurorehabilitation will find his work a valuable entry point into the design principles and control methodologies driving next-generation rehabilitation devices.