Unlock the future of maritime innovation with the University of Melbourne.
Global leadership in maritime research and technology
The University of Melbourne is a recognised global leader in maritime and aerospace systems, offering cutting-edge research, advanced facilities, and strategic partnerships that shape the future of naval defence, ocean engineering, and autonomous systems.
Our multidisciplinary teams collaborate across hydrodynamics, propulsion, control systems, and trusted autonomous technologies, delivering solutions that meet the evolving needs of defence, industry, and government.
Capabilities
- Metocean modelling and prediction
Advanced spectral-wave modelling and environmental forecasting for naval operations. - Fluid-structure interaction analysis
Supporting ship design, wave-ice interaction, and offshore platform resilience. - Air-Sea Interaction and turbulence research
Enhancing submarine stealth and performance in extreme conditions. - Propulsion and fuel systems innovation
Including diesel engines, alternative fuels, and gas turbines for sea, land, and air. - Autonomous maritime systems
Trusted control systems for uncrewed vessels and underwater platforms.
Projects
AQUAMARS
Ship roughness from marine biofouling increases frictional drag and turbulence, reducing vessel performance, while raising fuel consumption and GHG emissions. Ship operators often delay cleaning because it is costly and renders vessels out of service, while the higher running and environmental costs remain poorly quantified.
Learn more
Japan Bulk Carrier Model
The Japan Bulk Carrier (JBC) is a benchmark design of a large bulk carrier developed in Japan for naval research. Used worldwide as a standard model in experiments and computer simulations, it has been essential for studying ship resistance, propulsion, and energy saving technologies such as stern ducts. Project Team: PhD student: Rukai Chen Primary Supervisor: Prof Alessandro Toffoli Design and Fabrication Support: Andrew Kogios
Learn moreWhy partner with us?
- World-class facilities
Including wave-ice tanks, wind tunnels, and satellite data integration. - Proven impact
From optimised submarine engines for DST Group to parametric hurricane models for offshore industries. - Global collaboration
Partnerships with ONRG, NOAA, CSIRO, ARC, and leading defence agencies worldwide. - ERA-5 rated excellence
Recognised by the Australian Government for top-tier research performance.
Explore collaboration opportunities
Whether you're seeking R&D partnerships, technology transfer, or strategic innovation, our experts are ready to connect. Let’s shape the future of maritime defence and sustainability—together.
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Stay in touch
Please contact us at defence-technologies@unimelb.edu.au or fill out our enquiry form for more information.