Kaoru Mitsuhashi

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About

Kaoru Mitsuhashi is a pioneering researcher in the field of modular robotics and additive manufacturing, with a focused interest in the design, production, and evaluation of reconfigurable robotic systems. Their major contributions lie in leveraging 3D printing technology to overcome traditional barriers in modular robot production, enabling scalable, cost-effective fabrication of identical, interchangeable modules. Mitsuhashi’s work demonstrates how modules with uniform shape and function can be mass-produced via 3D printers, allowing robots to transform and exchange parts for versatile applications. In their most-cited paper, “Production and education of the modular robot made by 3D printer” (2015, 6 citations), they established the foundational framework for this approach, while subsequent work, “Miniaturization and drive evaluation of modular robot by 3D printer” (2015, 4 citations), advanced the mechanical performance and miniaturization of these systems. Though their citation counts are modest, Mitsuhashi’s research is notable for its practical, educational focus—demonstrating how accessible 3D printing can democratize robotics prototyping and teaching. Their achievements highlight a forward-thinking integration of rapid prototyping with modular design, offering a scalable pathway for future robotics education and development.