Michael Fisher

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About

Michael Fisher is a researcher working at the intersection of soft robotics and advanced materials engineering, with a particular focus on the design and fabrication of soft actuators and smart mechanical structures. His most recognized contribution, "Auxetic Sleeves for Soft Actuators with Kinematically Varied Surfaces" (2018), demonstrates his innovative approach to enhancing soft robotic systems through the integration of auxetic, or negative Poisson's ratio (NPR), materials — a class of structures that expand laterally when stretched, enabling highly unconventional mechanical behaviors. Fisher's central contribution lies in developing a generalized framework for soft actuator reinforcement using what he terms the Representative Auxetic Element (RAE), a versatile building block that allows engineers to systematically tune and vary the kinematic output of soft robots. This work opens new design pathways for soft robotic grippers, medical devices, and adaptive structures that require precise, programmable motion profiles. With 16 citations, his research has begun attracting meaningful attention within the growing soft robotics community. Fisher's work is notable for bridging theoretical mechanical principles with practical fabrication strategies, offering future researchers and engineers powerful tools for next-generation compliant robotic systems.