Our project develops an Adaptive Instructional System that delivers automated, personalized feedback through seafarer-guided interventions to enhance novice participants' ice management skills within a simulator.

AquaFishSense uses satellite and environmental data to create advanced fish mapping and protection solutions, enhancing sustainable fisheries management through cutting-edge technology.

Developing an AI-powered deep learning model for the automated detection and classification of biofouling on marine surfaces, enhancing operational efficiency and reducing maintenance costs in the maritime industry.

Our patio umbrella, made from microalgae, offers a sustainable and eco-friendly shading solution that reduces carbon emissions and promotes environmental sustainability.

Leveraging blockchain technology to securely track goods and transactions within the seafaring industry, aiming to combat organized money laundering and human trafficking.

Our technology leverages extensive historical experimental data and real-time, high-throughput experimentation to accelerate material characterization, replacing traditional methods of materials testing with faster, more sustainable, and data-driven solutions.

Leveraging AI and satellite data to monitor and protect kelp forests in the ocean for effective climate change mitigation.

The surge in petroleum hydrocarbon exploration has resulted in the contamination of marine environments with aromatic hydrocarbons like benzene, toluene, ethylbenzene, and xylene (BTEX); highly carcinogenic compounds that threaten the health of coastal communities, fragile coral reefs, and vital mangrove ecosystems.   

Cell-fish Meats (cell-based Atlantic salmon, Atlantic cod, Atlantic wolfish, Sablefish, and Halibut burgers).

Filtering of microfibers from laundry wastewater via an additively manufactured device to mitigate microplastic pollution in our oceans

Multi-Omics AI leverages AI-powered imaging and autonomous systems to detect and mitigate harmful plankton blooms in real time, protecting marine ecosystems and supporting sustainable aquaculture.

Developing an Intelligent, Real-time Water Quality Monitoring System for Sustainable Aquaculture, and Ensuring Access to Safe Drinking Water for Indigenous Communities.

Dual-axis solar tracking technology for marine vessels, which works in all weather conditions.

An adaptive communication module for real-time network switching between satellite and cellular or radio to optimize connectivity for autonomous maritime vessels.

Developing an AI-enhanced AUV system for real-time tracking and monitoring of Steel Catenary Risers, improving safety and operational efficiency in underwater environments.

Integrated 3D Reconstruction and SLAM for precise 3D visualization and localization of underwater assets

A proposed power electronics converter for seamlessly integrating hybrid renewable energy sources (wave, wind, and solar energy) to supply electricity to isolated points in Newfoundland and beyond.

Design and analysis of advance dc-dc converter for improving performance (prolong operation) of underwater electric drone.

Advanced Power Electronics Converters for Maximizing Wave Energy Harvesting in Ocean Systems

The technology seeks to generate electricity from waves and uses only one circuit to propel and charge the electric boats without a traditional charger. 

Our project is an intelligent energy management system for electric boats that enhances efficiency by predicting sea wave behavior, optimizing routes with real-time data, and calculating the remaining travel distance based on battery usage.