Pasquale Francesco Greco

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About

Pasquale Francesco Greco is a biomedical engineer and robotics researcher whose work bridges precision mechanical design and minimally invasive medical technologies. His research focuses primarily on surgical robotics, endovascular intervention systems, and the development of specialized miniaturized components for biomedical applications. Greco's most recognized contribution is his development of a semi-automated design algorithm for miniaturized straight bevel gears, utilizing the Tredgold approximation method to enable flexible gear configurations for biomedical devices — a paper that has garnered 10 citations since its 2019 publication. His broader portfolio reflects a sustained commitment to advancing robotic-assisted surgical systems, including ROSA (Robotic System for Angioplasty), ROSES (Robotic System for Endovascular Surgery), and ROSINA (Robotic System for Intubation), demonstrating his ability to translate engineering innovation into clinically relevant tools. Particularly notable is his iterative approach to system development — refining robotic platforms across multiple publications to expand their applicability beyond percutaneous coronary angioplasty to broader endovascular procedures. With a growing citation record across interdisciplinary work spanning mechanical engineering, robotics, and clinical instrumentation, Greco represents an emerging voice in the design of next-generation minimally invasive surgical technologies.