Biomimicry
Manta Ray Glider
Bio-inspired AUV with oscillating pectoral fin propulsion achieving 40% greater efficiency than conventional thrusters at survey speeds.
Master AI-powered autonomous underwater vehicles, marine exploration systems, and intelligent ocean mapping technologies at America's premier ocean robotics academy.
Our programs evolve with the latest breakthroughs in marine AI, from neural network-based navigation to swarm robotics for deep-sea exploration.
Train with real autonomous underwater vehicles in our 2.5 million gallon test facility, the largest educational ocean robotics lab in North America.
Direct pathways to careers with NOAA, OceanX, Bluefin Robotics, and leading marine technology firms through our exclusive partner network.
We believe the future of ocean exploration belongs to intelligent machines guided by human expertise. Infinity AI Ocean Robotics Academy transforms beginners into the next generation of marine robotics engineers, equipped to map uncharted depths, monitor marine ecosystems, and unlock the mysteries of our planet's final frontier.
Four comprehensive pathways designed for beginners with no prior experience in robotics or programming.
Build and pilot your first ROV. Learn buoyancy control, waterproofing, thruster configuration, and basic piloting in our training pool before open water certification.
Program intelligent behaviors for autonomous underwater vehicles. Master machine learning for object detection, path planning, and adaptive decision-making in dynamic ocean environments.
Master multibeam sonar, photogrammetry, and LiDAR technologies to create high-resolution 3D maps of seafloor terrain and submerged structures.
Design complete autonomous missions. From energy management to emergency protocols, learn to deploy self-sufficient vehicles for extended-duration scientific operations.
Live data streaming from operational vehicles with sub-second latency
AI-powered failure prediction and mission optimization
Multi-vehicle orchestration for large-area survey operations
Six breakthrough projects developed by our beginner cohorts, proving that extraordinary innovation starts with fundamental knowledge.
Bio-inspired AUV with oscillating pectoral fin propulsion achieving 40% greater efficiency than conventional thrusters at survey speeds.
Deep learning system for real-time coral reef health assessment, identifying bleaching events with 94.7% accuracy in turbid conditions.
Self-learning navigation system for GPS-denied environments using geomagnetic field mapping and seafloor terrain matching.
Kinetic energy capture system for perpetual AUV operation, generating 45W continuous power from low-velocity currents.
Underwater acoustic mesh network enabling reliable data transfer across 5km ranges with 0.001% packet loss in multi-path environments.
Automated microplastic collection and analysis system with Raman spectroscopy identification, processing 50L/hour continuously.
Ready to explore the depths? Our admissions team is available to guide you through program selection, financing options, and campus tours.
Our admissions team will contact you within 24 hours.