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About

Jianmin Li is a multidisciplinary researcher whose work spans wearable electronics, surgical robotics, and human-AI collaboration in medical systems. His most significant contribution to the field of smart materials is his 2020 study on MXene-coated, air-permeable pressure-sensing fabrics, which garnered 173 citations and addressed critical challenges in developing flexible pressure sensors with high sensitivity, durability, and washability — essential properties for next-generation wearable electronics and soft robotics. This work has positioned him as a notable contributor to the rapidly evolving field of functional textile-based sensing. Alongside his materials research, Li has made meaningful strides in surgical robotics. His development of an Internet-based telesurgery system integrated with the "MicroHand S" robot demonstrated practical solutions for remotely controlled minimally invasive surgery. He has further explored depth perception in laparoscopic environments through motion parallax techniques and investigated robot-assisted gastrointestinal assembly quality control. His most recent work, published in 2025, explores human-AI collaborative frameworks for surgical field-of-view adjustment, reflecting his commitment to advancing intelligent, human-centered surgical systems. Collectively, Li's research bridges materials science and medical robotics with real-world clinical relevance.