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About

Tatsuro Terakawa is a robotics and mechanical engineering researcher whose work spans mobile robot locomotion, human-machine interfaces, and advanced structural design. He is best known for pioneering novel approaches to omnidirectional mobility, most notably his development of the Slidable-Wheeled Omnidirectional Mobile Robot (SWOM), which achieves full omnidirectional motion using conventional wheels connected by passive sliding joints — elegantly avoiding the mechanical complexity of specialized omni wheels. This work, published in 2018, has garnered 67 citations and represents a significant contribution to factory and warehouse automation. His complementary research on active omni wheels (41 citations) further demonstrates his commitment to rethinking foundational locomotion mechanisms. Beyond mobile robotics, Terakawa has explored intuitive robot operation through lower-limb gesture interfaces, investigating whether foot and leg movements can serve as viable multi-degree-of-freedom control inputs — an underexplored area with meaningful implications for accessibility and hands-free operation. More recently, he has expanded into structural engineering, publishing influential work on rigid-foldable cylindrical origami with tunable mechanical behaviors (23 citations) and programmable multistable deployable structures, reflecting a growing interest in reconfigurable and adaptive mechanical systems. His diverse, consistently applied body of work marks him as a creative and versatile contributor to modern robotics and mechanical design.