Salvatore Castorina

Papers

Total Citations

H-Index

About

Salvatore Castorina is a pioneering researcher at the intersection of microelectromechanical systems (MEMS), robotics, and neuromorphic computing, with foundational contributions to the design and realization of autonomous micro-robotic platforms. His most influential work, concentrated in the early 2000s, focuses on developing miniaturized, self-contained robotic systems fabricated through CMOS-compatible silicon micro-machining processes — a technically demanding approach that bridges semiconductor manufacturing with mechanical actuation. Castorina's innovative application of photo-thermo-mechanical actuation strategies in micro-scale devices opened new pathways for designing autonomous MEMS microrobots, earning his landmark 2003 paper 18 citations and establishing him as a key voice in the field. Equally notable is his work on bio-inspired locomotion control, where he introduced a VLSI chip leveraging Cellular Neural Networks to emulate Central Pattern Generator dynamics found in biological nervous systems, providing real-time, fully analog gait generation for legged robots. Together, these contributions — spanning hardware fabrication, actuation, and intelligent control — reflect a holistic vision for autonomous microsystems that continues to resonate across robotics, neuromorphic engineering, and microsystems research communities.