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About

Fuminori Yamasaki is a pioneering robotics researcher whose work has significantly shaped the development of humanoid robots and autonomous robotic systems. Best known for his foundational contributions to the PINO humanoid robot project, Yamasaki helped establish the basic architectural principles that guided small humanoid robot design in the early 2000s, a paper that has garnered 42 citations and remains a landmark reference in the field. His research spans humanoid locomotion control, evolutionary robotics, and robot design optimization, including notable work on co-evolving morphology and walking patterns using genetic algorithms — reflecting a sophisticated intersection of artificial intelligence and mechanical design. Yamasaki also contributed to the broader robotics community through involvement in RoboCup-2001, the landmark international robotic soccer competition, and explored creative applications of robotics in musical performance through the innovative "RobotMusic" percussion system. His educational applications of humanoid robots further demonstrate a commitment to accessible, real-world robotics deployment. A reflective 2023 retrospective on the QRIO and PINO projects reveals his rare perspective spanning both research and commercialization. Across more than two decades, Yamasaki's body of work illustrates how rigorous engineering research can bridge laboratory innovation and tangible human experience.