OSE PhD researchers map methane seeps with AUV swarms, simulate tsunamis on exascale clusters, and cultivate coral micro-biomes in mesocosms. Collaborations with NOAA, Schmidt Ocean Institute, and offshore-wind companies translate discoveries into policy and technology.
Coupled wave–surge model for hurricane coastal impacts
AUV swarm coordination via underwater acoustic networks
Machine-learning detection of micro-plastics in hyperspectral imagery
Biogeochemical cycling of iron fertilization in Southern Ocean
CFD optimization of floating offshore-wind substructures
Coral microbiome manipulation to enhance thermal tolerance
Autonomous glider network assimilating data into climate models
Robotic kelp-farm platform engineering for carbon sequestration
Assimilation of GNSS-reflectometry altimetry into tide models
Sediment transport study for nature-based shoreline defenses
Ocean acidification sensor calibration via in-situ reference
AI iceberg-drift forecast for Arctic shipping lanes
Eco-hydrodynamic model of mangrove restoration benefits
Tsunami early-warning ML on deep-ocean pressure data
Techno-economic analysis of wave-energy converter arrays
Innovate at the interface of ocean discovery and climate resilience.
Whether it's Machine Learning, Data Science, or Web Development, Collexa is here to support your academic journey.
"Collexa transformed my academic experience with their expert support and guidance."
Computer Science Student
Reach out to us for personalized academic assistance and take the next step towards success.
