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About

Rongwan Chen is an emerging robotics researcher whose work sits at the intersection of assistive technology, medical robotics, and human-centered automation. Chen's most recognized contributions center on the development of innovative meal assistance robotics, particularly through the design and refinement of an integrated spoon-chopstick mechanism — a novel approach that bridges culturally relevant utensil design with autonomous robotic manipulation. This work addresses a meaningful real-world challenge: enabling individuals with limited mobility to eat independently with greater dignity and ease. Chen's research spans the full engineering pipeline, from mechanical design and food-grasping strategies to sophisticated force-sensing modules and force control systems that allow delicate, adaptive handling of varied food textures and shapes. Beyond assistive dining technology, Chen has also contributed to the field of medical robotics, notably developing an MR-conditional, cam-based automatic prostate biopsy device — demonstrating versatility across safety-critical robotic applications in clinical settings. Though still building a citation record, with accumulated citations across publications reflecting growing scholarly recognition, Chen's focused and practical research agenda positions them as a promising contributor to the broader field of human-assistive and medical robotics.