Alessandro Battezzato

Papers

Total Citations

103

H-Index

About

Alessandro Battezzato’s research lies at the intersection of human biomechanics and robotic rehabilitation, with a focus on restoring hand function through innovative exoskeleton design. His major contributions include the development of under-actuated, surface EMG-driven hand exoskeletons that bridge the gap between robotic assistance and natural human control. His foundational work, “Constraint Study for a Hand Exoskeleton: Human Hand Kinematics and Dynamics” (2013), has garnered 67 citations, establishing a critical framework for understanding the hand’s complex degrees of freedom and guiding the design of wearable robotic devices. Battezzato’s subsequent research, “Design and testing of an under-actuated surface EMG-driven hand exoskeleton” (2017, 26 citations), directly addresses the pressing need for cost-effective, high-efficacy rehabilitation for stroke and neurological pathologies, demonstrating how robotics can lower therapy costs while enhancing recovery. His earlier study on “Human Finger Kinematics and Dynamics” (2013, 10 citations) further refined the biomechanical models essential for precise exoskeleton control. Battezzato’s work is notable for its practical impact—translating complex hand dynamics into tangible assistive technologies—making him a key figure in advancing robotic solutions for hand impairment and rehabilitation.