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About

Massimiliano Gobbo is a leading researcher in the field of rehabilitation robotics, with a primary focus on developing and evaluating robotic exoskeletons for hand and upper limb therapy. His work bridges the critical gap between device design and clinical application, particularly for stroke survivors. Gobbo's major contributions include the creation of a comprehensive roadmap for selecting soft, rigid, and hybrid exoskeletons based on specific impairment profiles, a framework that guides both device design and clinical decision-making. His experimental studies have demonstrated the acute physiological benefits of robot-assisted therapy, such as improved local perfusion and reduced spasticity in post-stroke patients. With over 100 total citations across his most influential works, Gobbo's research is highly regarded for its practical impact. Notably, his pioneering work on EMG-driven robotic systems for hand mirroring and force-controlled elbow rehabilitation represents a significant step toward intuitive, patient-responsive therapy. By integrating biosignal control with robotic assistance, Gobbo is helping to shape the next generation of neurorehabilitation technologies that are both effective and adaptive to individual patient needs.