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About

Qingdao University has established itself as a dynamic and multidisciplinary research institution with remarkable depth across robotics, intelligent sensing, smart materials, and medical robotics. The university's research portfolio spans an impressive range of frontiers, from advanced human-machine interfaces to surgical automation, positioning it as a compelling destination for researchers and students seeking to work at the intersection of emerging technologies. A defining strength of Qingdao University lies in its pioneering work on electronic skin and flexible sensing systems. Researchers have developed bionic piezoelectric nanogenerators, ionic hydrogel sensors, and micropyramid array e-skins that push the boundaries of tactile intelligence for next-generation robots. These contributions directly address foundational challenges in embodied AI and have garnered hundreds of citations globally. Complementing this work is the university's expertise in smart hydrogel actuators, including ultrafast biomimetic snapping materials and electro-responsive systems that are reshaping soft robotics and biomedical device design. In medical robotics, Qingdao University has achieved landmark results. Its involvement in the REAL clinical trial—one of the most-cited robotic surgery studies of recent years—and pioneering demonstrations of 5G-enabled telesurgery for laparoscopic and urological procedures reflect a bold commitment to translating robotics research into clinical impact. The institution also excels in control theory and intelligent systems, contributing robust fault-tolerant control frameworks for robot manipulators, multi-agent coordination algorithms, and cloud robotics architectures for industrial IoT environments. Collectively, these research threads reflect a university that synthesizes deep engineering expertise with real-world application, making Qingdao University an increasingly influential voice in the global robotics and AI community.