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About

Jinan University stands as a dynamic and multidisciplinary research institution whose scholars are making remarkable strides across robotics, AI, intelligent sensing, and the socioeconomic dimensions of automation. With a publication portfolio spanning cutting-edge hardware innovation to rigorous economic analysis, Jinan University has established itself as a versatile contributor to the global technology landscape. At the forefront of the institution's scientific achievements is pioneering work in flexible and wearable sensing technologies. Researchers have developed advanced MXene-based pressure sensors, piezoresistive devices, optical microfiber sensors, and triboelectric systems tailored for health monitoring, prosthetics, and soft robotics — work that has collectively garnered hundreds of citations and reflects deep expertise in next-generation human-machine interfaces. Complementing these hardware advances, the institution's groundbreaking DNA nanorobot research — with nearly 1,500 citations — demonstrates visionary leadership at the intersection of biomedical robotics and nanotechnology. Jinan University's AI and autonomous systems researchers have contributed meaningfully to semantic segmentation for autonomous driving, UAV path planning, and SLAM-based mobile robotics, while collision detection work for robot manipulators underscores growing strength in industrial safety. The emerging field of microrobotics is also well represented, with recent publications on MOF-based magnetic microswarms for targeted drug delivery pointing toward exciting future directions. Uniquely, the institution pairs its technical research with rigorous economic scholarship, producing highly cited studies on robot adoption, labor markets, and gender wage dynamics in China — providing collaborators and policymakers with crucial insights into automation's societal impact. For prospective students and collaborators, Jinan University offers a rare combination of strong experimental capabilities, interdisciplinary depth, and real-world relevance, making it an exciting partner for the next generation of robotics and AI innovation.