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About

Siyi Wei is a pioneering researcher in the field of magnetic robotic systems for endovascular intervention, with a focus on minimally invasive surgery. Their work centers on the design, actuation, and control of magnetic continuum robots, aiming to replace traditional guidewires in treating vascular lesions such as coronary heart disease and intracranial aneurysms. Wei’s major contributions include the first quantitative performance evaluation of magnetic robots for endovascular intervention (2024, 7 citations), a telemanipulated vascular intervention system (2024, 4 citations), and a multimodal motion control framework for navigating magnetic continuum robots (2025, 3 citations). Notably, Wei developed a governing equation-based approach for hierarchical analysis of magnetic actuated robots (2024, 3 citations), advancing the field from qualitative demonstrations to rigorous, quantitative assessment. With a cumulative citation count of 17 across their top papers, Wei’s work is gaining traction for its potential to enhance steerability, reduce surgeon fatigue, and improve patient outcomes in percutaneous coronary intervention. Their research bridges engineering and clinical practice, offering a promising path toward safer, more precise endovascular procedures.