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About

Hanyang University has established itself as one of South Korea's most dynamic research powerhouses in robotics, intelligent systems, and advanced materials engineering. With a research portfolio spanning soft robotics, medical robotics, wearable sensing technologies, and autonomous systems, the university demonstrates a remarkable breadth of innovation that bridges fundamental science with real-world applications. The institution has made particularly groundbreaking contributions in soft and biomedical robotics. Pioneering work on magnetically controlled soft microrobots for navigating vascular networks, biomimetic chameleon-inspired soft actuators with adaptive coloration, and neural tactile sensing systems has collectively garnered thousands of citations and reshaped thinking around next-generation robotic platforms. Their wearable sensor research—including flexible NTC thermistor-based artificial skin and large-area haptic interfaces—reflects a deep commitment to human-robot interaction and healthcare-oriented technology. Hanyang's medical robotics program stands out globally, with influential work in robotic thyroid surgery, laparoendoscopic procedures, and ICG fluorescence-guided rectal surgery that has meaningfully improved surgical outcomes. Their infrastructure inspection robotics—covering tunnel crack detection, bridge inspection, and pipeline navigation—demonstrate equally impressive applied engineering capabilities. The university's autonomous systems research, including deep reinforcement learning for goal-driven exploration and ontology-based robot knowledge frameworks, positions it at the cutting edge of intelligent service robotics. Complementing these efforts, extensive work on exoskeleton design and biped locomotion control has advanced human augmentation technologies. With highly cited publications across IEEE, Nature, and top-tier journals, and collaborative ties spanning medical, industrial, and defense sectors, Hanyang University offers prospective students and partners a uniquely interdisciplinary environment where robotics research genuinely transforms lives.