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About

Fabrizio Scarpa is a prominent researcher whose work spans mechanical metamaterials, smart materials, soft robotics, and bioinspired engineering — fields at the exciting intersection of advanced manufacturing, structural mechanics, and adaptive systems. He is perhaps best known for his pioneering contributions to lattice metamaterials, most notably his 2017 study on sinusoidal-beam architectures with mechanically tunable Poisson's ratios for vibration control, which has garnered over 360 citations and demonstrated how additive manufacturing can unlock extraordinary mechanical behaviors previously unattainable in conventional materials. Scarpa has also made significant strides in programmable and reconfigurable materials, including hygro-thermo morphing systems and multistable lattice structures capable of shape-shifting between stable configurations — work with broad implications for aerospace and soft robotics. His research into bioinspired actuation, drawing on the spider's elegant hydraulic joint system, reflects a consistent creativity in translating natural mechanisms into engineering solutions. More recently, he has advanced electroadhesive metasurfaces and shear-stiffening composites for protection and damping applications. Across these diverse domains, Scarpa's body of work reflects a rare ability to connect fundamental mechanics with innovative design, making him a compelling figure for students and researchers interested in the future of adaptive, intelligent structures.