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About

Kenji Misu is a robotics researcher whose work pushes the boundaries of unconventional, bio-inspired mechanisms and actuation. His primary research areas include mobile robotics, underactuated manipulators, and novel impulse-force generation. Misu’s most notable contribution is the development of a compact wheeled robot capable of jumping while rolling, a feat that mimics how animals escape predators. This work, his most cited with 18 citations, addresses a critical gap in mobile robotics by combining two distinct locomotion modes in a single, efficient platform. He further demonstrates his innovative design philosophy with the “Robostrich Arm,” a high-degree-of-freedom, wire-driven manipulator inspired by the ostrich neck. This underactuated arm, with 13 citations, can perform complex tasks like picking up small objects from the ground, even while colliding with them. Misu also explores the fundamentals of actuation with his “Arched snap motor,” a compact impulse-force generator, and ventures into the societal implications of soft robotics through an art-science collaboration on edible robots. His work consistently challenges conventional robot design, offering new perspectives on agility, compliance, and human-robot interaction.