Halim Ugurlu

Max Planck Institute for Intelligent Systems, Heilbronn University

Papers

Total Citations

152

H-Index

About

Halim Ugurlu is pioneering the frontier of medical microrobotics, with a focus on developing adaptive, soft millirobots for minimally invasive interventions in the body's most inaccessible regions. His major contributions center on engineering wireless, magnetically actuated robots that can navigate the complex, tortuous pathways of distal vasculature—a feat previously hindered by the limitations of conventional catheters. His landmark 2022 paper, "Adaptive wireless millirobotic locomotion into distal vasculature," has garnered 129 citations, demonstrating its profound impact on the field. This work introduced a novel robotic platform capable of dexterous, adaptive movement through narrow, winding blood vessels, opening new possibilities for targeted drug delivery and microsurgery. More recently, Ugurlu has advanced the concept of heterogeneous multiple soft millirobots operating within three-dimensional lumens (2024, 23 citations), enabling coordinated, multifunctional tasks in physiologically relevant environments. His research not only pushes the boundaries of soft robotics and bioengineering but also holds transformative potential for treating vascular diseases and performing ultra-minimally invasive procedures. Ugurlu’s work is essential reading for anyone interested in the next generation of medical robots that can safely and effectively reach the body’s most challenging targets.