University of Rhode Island opens advanced Ocean Robotics Laboratory for autonomous marine research

The University of Rhode Island has officially opened its new Ocean Robotics Laboratory, marking a significant milestone in the $300 million revitalization of its Narragansett Bay Campus. The facility features a specialized 20-foot-wide by 30-foot-long test tank designed to support the development and testing of autonomous marine systems and remotely operated vehicles. This investment aims to position Rhode Island as a global leader in the blue economy by fostering collaboration between academic researchers and industry partners in the field of automated ocean exploration.

The new Ocean Robotics Laboratory was inaugurated with an underwater ribbon-cutting ceremony performed by the remotely operated vehicle (ROV) Rhody, piloted by students Elliot Roman and Jake Bonney. This facility is a core component of a multi-phase campus revitalization funded in part by $145 million in voter-approved bond referenda. The laboratory provides a dedicated space for designing and developing technology-driven solutions for oceanographic challenges, featuring a large test tank essential for refining robotic systems before they are deployed in the extreme environments of the open sea.

University leaders and state officials, including Governor Dan McKee and URI President Marc Parlange, emphasized the laboratory's role as a hub for the state’s blue economy, which is estimated to support up to 60,000 jobs. Steve D’Hondt, interim dean of URI’s Graduate School of Oceanography, noted that the facility will enable the university to take a commanding lead in robotic ocean exploration and automated sensing. The infrastructure is designed to bridge the gap between research and deployment, allowing for the rigorous testing of instrumentation and autonomous platforms in a controlled setting.

Beyond academic research, the laboratory serves as a critical resource for industry partnerships and talent retention within the robotics sector. Anthony Marchese, dean of the College of Engineering, and Ph.D. candidate Jason Noel highlighted that the facility provides private companies with the space to integrate their work with existing university research and test specialized equipment. By creating a direct conduit between academic innovation and commercial industry, the Ocean Robotics Laboratory aims to attract and retain top-tier engineering talent while advancing the development of next-generation marine robotics.