Vehicles, materials and power

The University of Melbourne’s research is improving the performance of ships and submarines.

We’re developing new materials with purpose-built properties. And we lead a national capability in power generation and distribution that specialises in smart grids.

By developing advanced defence technologies, our research enhances the safety of defence personnel and strengthens our sovereign capabilities.

Maritime and aerospace systems

From reducing drag on bio-fouled ships to optimising submarine engine performance, we conduct research in hydrodynamics, fuel and propulsion systems, control systems and trusted autonomous systems. Our expertise also includes airflow modelling and environmental monitoring. We employ unique cutting-edge laboratories and wind tunnels. Our research benefits from access to real-world ocean infrastructure.

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Multidisciplinary materials

The University of Melbourne designs, manufactures and characterises advanced new materials with purpose-built properties. Our capabilities include blast-protection materials, drag-reduction surfaces, organic electronic materials and more. We’ve designed ceramic powder-based rotors and developed 3D printing of polymers, metal alloys and biomaterials.

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Power and energy

We lead a national capability in power generation and distribution. Our expertise includes diesel energy, alternative fuels, hydrogen and renewable energy. Developing smart grids to control power in large-scale systems or platforms is a key research area. Our researchers have also developed an adaptive submarine smart grid system.

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HMAS Anzac and its company return to base in Western Australia
Picture: Australian Government Department of Defence

Case study: Dynamics, optimisation and control of maritime power and energy systems

The University has worked closely with the Australian Department of Defence for more than a decade on the dynamics, optimisation and control of maritime power and energy systems.

Most recently, this includes assistance with the development of a highly integrated suite of models for submarines and surface ships used for holistic platform performance assessment.

Continued collaboration to improve the control systems for Collins class submarine propulsion is ongoing, demonstrating the University’s deep and complementary experimental capabilities.

Make an enquiry

If you’d like to learn more about our capabilities, get in touch.

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Banner image: Australian Government Department of Defence

First published on 22 March 2024.


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