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About

Minglu Chi is a robotics researcher whose work spans magnetic actuation systems, capsule endoscopy robotics, and intelligent mobile robot platforms. His most significant contributions lie in the development and control of magnetically driven capsule robots for gastrointestinal applications, where he has pioneered methods for precise navigation through complex biological environments. His 2016 study on superimposed spatial universal rotating magnetic vectors established a foundational framework for achieving digital control of magnetic orientation, rotational speed, and flux density using tri-axial Helmholtz coils—work that has garnered 23 citations. Complementing this, his investigations into critical coupling magnetic moments and coupled steering control of low torsional torque capsule robots have advanced the safety and navigability of minimally invasive diagnostic tools, each accumulating over 20 citations. Chi's research extends beyond medical robotics into service and reconfigurable robot systems, including vision-based grasping using YOLOv8 and omni-directional mobile platforms, reflecting a broad engineering perspective. His body of work demonstrates consistent innovation at the intersection of electromagnetic actuation, mechanical design, and autonomous control, making him a notable contributor to the field of medical and service robotics.