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About

Dr. Liqun Li is a pioneering researcher in advanced manufacturing and intelligent automation, with a career spanning two decades of innovation in welding technologies and single-cell manipulation. Her early work focused on robotic arc welding systems, where she developed coordinated motion simulation and open-architecture control software that laid the groundwork for flexible manufacturing units and off-line programming systems. Dr. Li’s most impactful contribution is her 2016 study on laser-MAG hybrid weaving welding for high-strength steel, which solved critical issues of inhomogeneous morphology and porosity defects by introducing synchronized weaving and scanning techniques—a breakthrough that has garnered 12 citations and influenced modern welding practices. More recently, she has ventured into biomedical engineering, authoring a 2025 paper on intelligent single-cell manipulation using LLMs and object detection-enhanced digital microfluidics. This work addresses the high cost and low throughput of traditional systems, achieving 6 citations in a short time and showcasing her versatility. With a total of 25 citations across her key papers, Dr. Li’s research demonstrates a unique trajectory from industrial robotics to cutting-edge bio-automation, making her a notable figure in both fields.