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About

Fabio Caparrelli is a researcher whose work spans microrobotics, machine vision, and swarm robotics — fields at the intersection of autonomous systems, artificial intelligence, and advanced manufacturing. He first gained recognition through his contributions to vision-based microrobotic control, most notably through a European Union ESPRIT-funded project that produced a flexible microrobot system capable of operating under optical and scanning electron microscopes. This foundational work, cited 36 times, demonstrated closed-loop visual control for microhandling tasks at the micron and sub-micron scale, a significant engineering achievement with implications for microassembly and biomedical applications. Caparrelli subsequently expanded his scope to collective and reconfigurable robotics, authoring a widely referenced state-of-the-art survey on multi-robot organisms (25 citations) and contributing to the EU REPLICATOR project, which advanced cognitive architectures for modular self-reconfigurable robots. His analysis of collective movement models for robotic swarms further positioned him as a thoughtful synthesizer of emergent behavior research. Across his career, Caparrelli has consistently bridged theoretical frameworks and practical system design, making his work valuable to students and engineers working on autonomous systems, precision robotics, and bio-inspired multi-agent technologies.