Matteo Pezzulla

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About

Matteo Pezzulla’s research lies at the intersection of soft robotics, mechanics, and bioinspired design, with a focus on harnessing thin-shell buckling for tactile sensing and grasping. His major contributions center on developing soft, lightweight, fluidic hemispherical grippers that combine universal grasping with intrinsic tactile feedback—a long-standing challenge in robotic manipulation. Drawing inspiration from deep-sea predatory tunicates, Pezzulla’s work enables these grippers to passively sense contact forces through their own structural buckling, eliminating the need for external sensors. This innovation allows robots to delicately handle objects of varying shape, texture, and stiffness while simultaneously gathering tactile data. Though his most-cited paper, “Tactile Sensing and Grasping Through Thin‐Shell Buckling” (2024), currently has 2 citations, its foundational nature signals growing impact in soft robotics. Pezzulla’s achievements include bridging fundamental mechanics of thin shells with practical robotic applications, offering a path toward simpler, more adaptive manipulators. His work is particularly notable for merging elegant physical principles with real-world utility, making it a compelling read for students and researchers interested in bioinspired design, soft actuators, and the future of gentle yet capable robotic hands.