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About

Matthew P. Bowers is a pioneering researcher at the intersection of soft robotics, biomechatronics, and advanced actuator design, whose work has consistently pushed the boundaries of biologically inspired engineering. He is perhaps best known for developing the **Hydro Muscle**, a novel soft fluidic actuator introduced in 2016 that closely mimics the mechanical behavior, passive material properties, and appearance of biological muscle — a contribution that has garnered 43 citations and established him as a key innovator in the field. Building on this foundation, Bowers extended his work to multi-fiber Hydro Muscle-actuated ankle systems and bioinspired exosuits, demonstrating practical applications in prosthetics and wearable assistive technologies. Alongside fluidic actuation, he has made significant contributions to electroactive polymer (EAP) research, particularly through work with Ras Labs' Synthetic Muscle™ technology, exploring its dual capacity for actuation and tactile pressure sensing in robotic grippers and prosthetic devices. His sustained focus on gentle-yet-robust human-like touch sensing addresses a critical gap in modern robotics, where visual feedback alone proves insufficient at the point of contact. With publications spanning nearly a decade, Bowers represents a thoughtful and productive voice in the development of next-generation, human-centered robotic systems.