Scott Willcox

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About

Scott Willcox is a pioneering researcher at the intersection of autonomous underwater vehicles (AUVs) and marine robotics, with significant contributions to both defense applications and ocean science. Working across institutions including MIT, Bluefin Robotics, and in collaboration with NOAA and Liquid Robotics, Willcox has helped redefine what unmanned marine systems can achieve in challenging real-world environments. His most influential work, garnering 50 citations, introduced hull-relative navigation and control for ship hull inspection, leveraging Doppler Velocity Log technology to enable AUVs to operate autonomously in close proximity to vessel hulls — a critical capability for anti-terrorism and force protection missions. Building on this, his 2006 work proposed a new paradigm using holonomic, hover-capable AUVs that rival the inspection dexterity of remotely operated vehicles, pushing the boundaries of autonomous marine robotics. Beyond defense applications, Willcox contributed to open-ocean carbon monitoring through an autonomous surface platform designed for long-term observation of pCO₂ across coastal and open-ocean environments, addressing urgent climate science needs. Together, his research demonstrates a rare breadth — advancing both national security technologies and global environmental monitoring through intelligent, autonomous marine systems.