Papers
3
Total Citations
127
H-Index
3
About
Diego Ghezzi is a pioneer at the intersection of microengineering, soft robotics, and interventional medicine, with a focus on revolutionizing minimally invasive endovascular procedures. His most impactful work centers on the development of flow-driven robotic navigation for microengineered probes, a breakthrough that enables autonomous movement through the body’s most challenging vasculature. His highly cited 96-citation paper on this topic demonstrates how his designs can access regions—such as the intricate brain vasculature—that remain unreachable with conventional catheters. Ghezzi further advanced this field with his 2022 study on the locomotion of sensor-integrated soft robotic devices inside sub-millimeter arteries under impaired flow conditions, achieving 28 citations for addressing the critical challenge of navigating tortuous, small vessels without causing damage. These contributions promise to drastically reduce operation times and procedural risks in interventional cardiology and neuroradiology. Beyond medical robotics, Ghezzi has also contributed to real-time communication protocols for robotic systems, showcasing his versatility. His work is shaping the future of autonomous, soft robotic tools for precision medicine.
Research Focus
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