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About

Filomena Simone is a researcher specializing in smart material actuators, bio-inspired robotics, and advanced manufacturing systems, with a particular focus on Shape Memory Alloy (SMA) technologies and their applications in prosthetics and robotic systems. Her work has made significant contributions to the development of SMA-actuated hand and finger systems, exploring how these materials' exceptional energy density enables compact, lightweight, and silent actuation solutions ideal for both biomedical and industrial contexts. Simone's most influential work, "Metal muscles and nerves—a self-sensing SMA-actuated hand concept" (2017, 52 citations), introduced a groundbreaking approach to bio-inspired grippers capable of self-sensing, bridging the gap between actuation and feedback in prosthetic design. Her earlier work on three-finger prosthetic hands (2015, 26 citations) further established her reputation in SMA-driven biomimetic systems. Through finite element modeling and dynamic system identification, she has deepened the theoretical foundations underpinning SMA robotic fingers, contributing tools essential for future design optimization. More recently, Simone has extended her expertise into automated quality inspection for critical aerospace components, demonstrating a versatility that spans rehabilitation engineering and precision manufacturing. Her cumulative citation impact reflects a growing influence on researchers working at the intersection of smart materials, robotics, and assistive technology.