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About

M. Pickett is a pioneering researcher in underwater robotics, specializing in dexterous manipulation and continuum mechanisms for subsea environments. Their most influential work centers on the AMADEUS project, which developed an advanced dexterous subsea robot hand using fluid-filled tentacles for fingers—a groundbreaking design that incorporates force and slip contact sensing through hydraulic pressure variations in flexible bellows. This innovation, detailed in their highly cited 1997 paper (131 citations), represents a major contribution to underwater sampling technology, enabling more precise and adaptive interaction with delicate marine specimens. Pickett further advanced the field by exploring continuum robots for subsea applications (29 citations), which generate smooth, continuous bending movements unlike traditional jointed robots, offering unique advantages for navigating complex underwater structures. Their recent work includes the WAVE open-source UnderWater Arm-Vehicle Emulator (2024), a tool for developing autonomous underwater vehicle manipulator systems. Pickett has also contributed to simplifying complex CAD geometry for efficient robot motion planning. With a career spanning from foundational underwater manipulation to modern open-source simulation tools, their research continues to shape the future of autonomous subsea operations.