Real-world problem solving

Teams from around the world design, build, and operate marine robotic systems to solve real-world engineering challenges, combining innovation, teamwork, and hands-on problem solving. The competition tasks are developed in collaboration with leading industry partners, ensuring the challenges are realistic, relevant, and closely aligned with real-world engineering needs. TAC Challenge bridges theory and practice, giving students practical experience in robotics, marine technology, and systems engineering, where concept truly meets reality.

ROVs, AUVs, USVs, ASVs — and everything in between.

From remotely operated systems to fully autonomous platforms, TAC Challenge covers the full spectrum of marine robotics, including ROVs, AUVs, USVs, and hybrid systems. Teams tackle real-world challenges involving control, navigation, sensing, and mission execution across underwater and surface domains. the competition rules aim to be flecxible, allowing for innovation and new ideas. 

Focus on autonomy

TAC Challenge awards additional points for autonomous functionality, encouraging teams to push the boundaries of intelligent systems and decision-making. However, all technical solutions are welcome, from fully manual and remotely operated systems to hybrid and fully autonomous approaches. This ensures the competition remains accessible while still rewarding innovation, ambition, and engineering excellence.