Michael E. Abbott

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About

Michael E. Abbott is a robotics researcher whose work bridges the gap between soft, bio-inspired manipulation and assistive technology for human augmentation. His primary research areas include underwater dexterous manipulation, tactile sensing, and body-powered prosthetic design. Abbott’s most impactful contribution is his work on tactile sensing for submerged robots, where he developed a fingertip suction flow sensor that enables dexterous manipulation in harsh ocean environments—addressing challenges like high pressure, corrosion, and low visibility. This paper has garnered 16 citations and lays the foundation for more robust underwater robotic systems. In parallel, Abbott has advanced the field of prosthetics by studying variable transmission in body-powered gripping. His 2023 wearable testbed and 2022 experimental study explore how continuously variable transmissions can reduce user strain and fatigue while preserving the inherent haptic feedback that makes body-powered devices popular. Although these works are early-stage, they represent a novel approach to improving an old but essential technology. Abbott’s research is notable for its practical focus on real-world environments and human needs, making him a rising voice in both marine robotics and rehabilitation engineering.