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About

Eric M. Yeatman is a prominent researcher at Imperial College London whose work spans energy harvesting, microsystems, surgical robotics, and biomedical microdevices. He has made significant contributions to the field of autonomous sensing systems, most notably through his highly cited work on rotational energy harvesting for self-powered sensing (2021, 306 citations), which advanced the development of devices capable of generating their own power from ambient mechanical motion. His research portfolio reflects a strong commitment to bridging microscale actuation and real-world medical applications, with influential reviews on artificial muscles for microsystems and micro motion amplification establishing him as a key synthesizer of emerging technologies in the field. Yeatman's more recent work has pivoted substantially toward minimally invasive surgical robotics, contributing to innovations such as polymer-based robotic fibers for precision surgery, tendon-driven flexible robots with machine learning-enhanced kinematic modeling, and macro-micro manipulator systems optimized for surgical task accuracy. His 2023 review on advanced medical micro-robotics further underscores his vision for intelligent, miniaturized systems transforming healthcare. With a cumulative citation count exceeding 660 across his most prominent recent papers alone, Yeatman's interdisciplinary research continues to shape the intersection of microsystems engineering, robotics, and biomedical technology.