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About

Davide Fausti is a robotics and biomedical engineering researcher whose work sits at the intersection of human-robot interaction, rehabilitation engineering, and industrial exoskeleton design. With a career spanning nearly two decades, Fausti has made meaningful contributions to the development of assistive and rehabilitative robotic systems for both clinical and industrial applications. His most impactful work includes the mechanical and control design of industrial exoskeletons aimed at enhancing human capability in demanding manipulation tasks, garnering 32 citations, as well as a multi-sensor validation framework for end-effector-based rehabilitation robots, cited 26 times. Among his earlier contributions, a 2008 study on a parallel compliant meso-manipulator for finger rehabilitation — exploring kinematic and dynamic modeling — demonstrated his long-standing interest in precision robotic systems tailored for therapeutic use. Fausti has also advanced EMG-based control strategies for elbow rehabilitation through the ERRSE system and contributed to the validation of multi-limb robotic rehabilitation platforms. His research consistently addresses critical challenges such as transparency, ergonomics, patient safety, and clinical performance assessment. Collectively, his body of work reflects a commitment to translating sophisticated robotic engineering into practical tools that meaningfully support patients and workers alike.