The rapidly expanding field of underwater robotics is transforming our understanding of the ocean
New collaborative systems enable multiple autonomous vehicles to work together, dramatically increasing efficiency and data collection capabilities while reducing operational costs.
Discover the most recent developments in underwater robotics
New algorithms enable fish-like robots to coordinate movements autonomously, mimicking natural fish schooling behaviors.
Advanced imaging systems are revolutionizing oceanic cartography with unprecedented detail and efficiency.
New collaborative systems enable multiple autonomous vehicles to work together, dramatically increasing efficiency.
Miniaturized remotely operated vehicles are reducing costs and improving safety for underwater industrial applications.
New materials and structural designs enable robots to operate at the ocean's greatest depths, including the Mariana Trench.
Wave-powered underwater gliders are collecting critical environmental data across vast ocean regions with minimal energy use.
Hear from the leading voices in underwater robotics research and development
Director, Autonomous Systems Lab
"The real breakthrough in underwater robotics isn't just about deeper depths or longer missions. It's about creating truly adaptive systems that can respond intelligently to the dynamic and often unpredictable ocean environment."
Dr. Park's team has pioneered machine learning approaches that allow underwater robots to make real-time decisions based on environmental conditions, dramatically improving operational success rates in challenging scenarios.
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