Papers
27
Total Citations
284
H-Index
11
About
Alireza Mirbagheri is a pioneering robotics engineer whose research sits at the intersection of surgical robotics, haptic systems, and medical rehabilitation technology. Over more than a decade of prolific work, he has made substantial contributions to minimally invasive surgery (MIS) through the design and development of innovative robotic platforms that enhance precision, safety, and autonomy in clinical settings. Among his most recognized achievements is the RoboLens system — a low-cost robotic cameraman for laparoscopic surgery that has progressed from conceptual design through successful human clinical trials, accumulating over 43 citations across related publications. His work on force-reflective master robots, including the RoboMaster1 and a novel remote center of motion mechanism (35 citations), has advanced haptic telesurgery by addressing critical challenges in workspace, manipulability, and surgeon feedback. Mirbagheri has also developed intelligent surgical instruments capable of autonomous tissue grasping and force-controlled manipulation, with algorithms that model real-world surgical complexity. Beyond surgery, his 2009 work on hand robotic rehabilitation for post-stroke patients (27 citations) demonstrates a commitment to human-centered robotics that improves quality of life. His body of work, spanning instrument design, machine learning-based calibration, and computer vision-driven instrument tracking, reflects a comprehensive and enduring vision for intelligent, safe, and clinically validated surgical robotics.
Research Focus
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