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About

Fuzhou University has established itself as a dynamic and multidisciplinary research institution at the forefront of robotics, artificial intelligence, and smart materials science. With a diverse portfolio spanning autonomous systems, flexible electronics, and AI-driven education technologies, the university attracts researchers and students eager to work at the intersection of cutting-edge theory and real-world application. One of Fuzhou University's most prominent contributions lies in multi-robot navigation and collision avoidance. Their deep reinforcement learning-based frameworks for decentralized multi-robot systems have become landmark references in the field, collectively accumulating over 1,000 citations and influencing how autonomous agents coordinate safely in complex, dynamic environments. These works have shaped foundational thinking in distributed robotics and continue to inspire research worldwide. The university also commands significant expertise in smart and conductive hydrogels, producing highly cited reviews and original research on flexible bioelectronic devices, strain sensors, and soft robotics actuators. Their jellyfish-inspired miniature swimming robot and functionalizable double-network hydrogels exemplify a unique capacity to bridge materials engineering with robotic embodiment. Complementing this, researchers have made notable advances in tactile sensing—highlighted by the GelTip finger-shaped optical sensor—as well as neuromorphic computing interfaces and triboelectric sensory systems. Beyond hardware, Fuzhou University contributes meaningfully to the societal dimensions of AI, with a widely cited review on artificial intelligence in education drawing over 3,400 citations, reflecting the institution's commitment to understanding technology's broader human impact. With active research groups spanning unmanned aerial manipulation, visual servoing, metamorphic mechanisms, and synaptic electronics, Fuzhou University offers prospective students and collaborators a vibrant, intellectually ambitious environment where engineering innovation meets transformative application.