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About

Dr. Dan Yu is a pioneering researcher in the field of wearable electronic textiles and smart sensing systems, with a particular focus on developing high-performance, flexible sensors for human motion monitoring and healthcare applications. Her most impactful work centers on the fabrication of advanced conductive nanofibrous membranes and fabrics, where she has achieved remarkable breakthroughs in sensitivity and functionality. Her highly cited 2020 paper on a conductive polyacrylonitrile nanofibrous membrane via electroless silver plating (73 citations) established a new benchmark for wearable pressure sensors, demonstrating exceptional sensitivity and durability. Complementing this, her 2019 study on an anti-bacterial strain sensor using silver-plated cotton/spandex fabric (45 citations) introduced a novel dual-function material that combines motion detection with antimicrobial properties, addressing critical needs in healthcare and athletic wear. Beyond wearable technology, Dr. Yu has also made notable contributions to robotics, including a tracking and predicting scheme for ping-pong robots (35 citations) that optimized monocular vision systems using advanced calibration methods. Her interdisciplinary work bridges materials science, electronics, and robotics, with cumulative citations exceeding 150, positioning her as a leading innovator in smart textiles and flexible electronics.