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About

Chuo University has established itself as a dynamic research institution with deep expertise spanning bio-inspired robotics, autonomous mobile systems, soft actuators, and human-robot interaction. Rooted in Tokyo, the university's robotics and engineering laboratories have consistently pushed boundaries across both fundamental research and applied innovation, making meaningful contributions to fields as diverse as planetary exploration, infrastructure inspection, and rehabilitation engineering. Among Chuo's most celebrated contributions is its pioneering work in earthworm-inspired locomotion, producing a series of highly cited peristaltic crawling robots designed for confined and complex environments—from narrow gas pipes to seafloor excavation. These systems have influenced a generation of bio-inspired designs and demonstrated remarkable real-world utility, including subsurface planetary exploration concepts that complement its award-garnering "Micro5" lunar rover. In parallel, the university's research on artificial muscles, particularly comparisons between McKibben-type and straight-fiber actuators, has advanced wearable assistive technology and rehabilitation robotics in ways that have been extensively cited internationally. Chuo's mobile robotics program is equally impressive, with foundational work in path planning algorithms—including widely adopted improvements to artificial potential field methods—as well as probabilistic localization techniques such as Monte Carlo methods and particle filter-based sensor planning. These contributions have shaped how autonomous robots navigate dynamic, human-populated environments. The institution's scope extends further into photomobile polymer materials for soft robotics, RRT-based motion planning, and intelligent human-robot interfaces, reflecting a genuinely interdisciplinary culture. Prospective students and collaborators will find a research environment that prizes creative engineering, rigorously pursues biologically inspired solutions, and maintains strong engagement with both academic and applied robotics communities worldwide.