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About

Matteo Bottin is a robotics and automation researcher whose work sits at the intersection of human-robot collaboration, industrial robotics, and robot-assisted manufacturing. His most significant contributions center on understanding and optimizing collaborative robotic systems in production environments. His highly cited 2022 review on human factors in the cobot era (144 citations) and his comparative model of collaborative versus traditional robotic assembly (113 citations) have established him as a leading voice in defining how humans and robots can most effectively work together on the factory floor. Bottin has developed quantitative performance models for collaborative assembly systems, accounting for product characteristics, multi-robot configurations, and multi-operator workflows, providing practical frameworks that bridge theoretical robotics research and industrial application. Beyond manufacturing, his bibliometric review of rehabilitation robotics after stroke (35 citations) demonstrates a broader commitment to understanding human-centered robotic applications in healthcare. His technical contributions also extend to robot stiffness modeling, compliance analysis, trajectory optimization, and hybrid additive manufacturing with robotic systems. With over 500 cumulative citations across a relatively compact body of work, Bottin has made a measurable and growing impact on how researchers and engineers approach the design and evaluation of modern collaborative robotic systems.