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About

Toshiaki Fujimoto is a pioneering robotics researcher whose work centers on developing robots for extreme environments, with a focus on disaster response, infrastructure inspection, and rescue operations. His major contributions include the creation of a universal vacuum gripper for wall-climbing robots, enabling safe inspection of vertical surfaces like concrete, tile, and riveted structures—a task too dangerous for humans. This work, his most cited with 63 citations, has advanced robotic mobility in hazardous settings. Fujimoto also developed a fire-resistant deformable soft gripper using a wire jamming mechanism, allowing robots to grasp objects of any shape in disaster zones without the flammability risks of traditional silicone-based grippers (35 citations). His leadership in designing the multifunctional rescue robot FUHGA2, evaluated at the World Robot Summit 2018, showcases his ability to integrate high mobility, dexterity, and search capabilities for real-world rescue missions (27 citations). Additionally, he proposed a robotic thruster for serpentine robots, enabling single-operator control of snake-like robots for exploring narrow spaces in collapsed buildings. Fujimoto’s work has garnered over 130 citations, reflecting its impact on safer, more capable robotic systems for life-saving applications.