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About

Yufu Qiu is a pioneering roboticist whose work sits at the intersection of surgical robotics, medical imaging, and continuum mechanics. His primary research focuses on developing MRI-compatible robotic systems for minimally invasive spine procedures, where he has made significant contributions to hydraulic actuation and needle insertion technologies. Qiu’s 2023 paper on MR-safe robotic manipulators with hydraulic bellows actuators (9 citations) addresses the critical challenge of performing lumbar injections under MRI guidance, offering superior soft-tissue contrast without ionizing radiation. His 2021 work on MRI-compatible hydraulic drive needle insertion robots (7 citations) further advances intraoperative precision for ablation procedures. Beyond spine surgery, Qiu has developed a flexible sensorized robotic OCT neuroendoscope (2023, 5 citations) for visualizing microstructures in vivo, and a cross-entropy motion planning framework for hybrid continuum robots (2023, 14 citations) that enables efficient navigation in constrained surgical environments. His 2025 paper on transfer matrix methods for thin-walled beam dynamics (5 citations) demonstrates his versatility in theoretical mechanics. With over 40 total citations across these foundational works, Qiu is establishing himself as a key innovator in MRI-guided surgical robotics and continuum robot control.