Project Portfolio

Ships lose fuel efficiency and engine health when speed and power are set without accounting for real engine and sea-state physics.

• Technology:Physics-informed AI, hull/propeller/engine models, live weather and telemetry.
• Disciplines:Naval architecture, engine thermodynamics, machine learning, software engineering

Uncrewed maritime platforms need integrated sensing, decision-making, and propulsion control to operate safely.

• Technology:Sensor fusion, guidance and navigation logic, control systems.
• Disciplines:Controls engineering, robotics, sensor integration

Physical testing alone is slow and expensive for validating propulsion and engine designs.

• Technology:CFD hull modelling, engine thermodynamic simulation, digital twin frameworks.
• Disciplines:Naval architecture, thermodynamics, simulation engineering

Specialised marine platforms need compact, efficient, and controllable propulsion systems built and supported domestically.

• Technology:Engine architecture, propulsion matching, electronic control.
• Disciplines:Mechanical engineering, controls engineering, marine electronics