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About

Ferruccio Resta is a leading figure in bio-inspired robotics and wearable assistive technologies, with a particular focus on soft robotic systems for rehabilitation and human augmentation. His most impactful work includes a highly cited systematic review on upper limb soft robotic wearable devices (131 citations), which established foundational knowledge in the field of exosuits—flexible, comfortable alternatives to rigid exoskeletons for daily support. Resta’s research extends to bio-inspired underwater propulsion, where he designed robots mimicking fish fin undulation for autonomous underwater vehicles, and to novel soft pneumatic robots inspired by plant root growth for soil penetration and search operations. He has also made significant contributions to lower-limb prosthetics, developing conceptual designs and in vitro test methods for intelligent prosthetic devices and gait simulators. His work bridges fundamental biomechanics with practical engineering, advancing both rehabilitation technology and autonomous systems. With a portfolio spanning soft robotics, bio-inspired design, and prosthetic innovation, Resta’s research has garnered attention for its interdisciplinary approach and potential to transform assistive and exploratory robotics.