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About

Zhejiang Ocean University has emerged as a distinctive and ambitious research institution at the crossroads of robotics, ocean engineering, and intelligent systems, leveraging its coastal identity to drive innovations that span from the deepest ocean trenches to industrial factory floors. Perhaps its most striking achievement is contributing to the landmark 2021 study on self-powered soft robots deployed in the Mariana Trench — one of the most-cited recent works in robotics with over 1,100 citations — signaling the institution's capacity to participate in globally transformative research. The university's robotics portfolio is impressively broad. Researchers have made substantial contributions to hydraulic control systems, including high-performance electrohydraulic actuation and adaptive robust force control for exoskeletons, addressing pressing challenges in human-robot interaction and industrial automation. Their work on four-wheel independently driven skid-steer mobile robots has redefined model-based coordination strategies that are now widely referenced in autonomous ground vehicle research. Meanwhile, contributions to wall-climbing robots, cable-driven hyper-redundant manipulators, and bioinspired soft robotics highlight a sustained commitment to novel mechanical design and bio-mimicry. Zhejiang Ocean University's marine focus sets it apart: research in underwater inspection robots, manta ray-inspired propulsion systems, autonomous surface vehicle path planning, and ocean color remote sensing reflects a uniquely coherent vision of intelligent ocean exploration. The integration of neurobiologically inspired SLAM algorithms and zeroing neurodynamic control methods further demonstrates growing strength in AI-driven robot intelligence. For prospective students and collaborators seeking a research environment where marine science and cutting-edge robotics genuinely converge, Zhejiang Ocean University offers a rare and compelling opportunity.