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Learn how to develop technology to get the most out of our natural resources, via the use of sustainable methods.

Learn about the design, deployment and maintenance of the infrastructure needed to generate and distribute electricity. You’ll focus on computer-based measurement and control and the computing technologies used to operate modern industrial plants.

Gain the skills you need to develop reliable, efficient and sustainable power systems for the next generation. Learn about the design, deployment and maintenance of the infrastructure needed to generate and distribute electricity around the world.

Be part of finding the solution for climate change. Become an energy champion by acquiring knowledge and skills in renewable and sustainable energy, as well as energy and carbon management.

Become an energy champion and help address climate change by developing your knowledge and skills in renewable and sustainable energy, as well as energy and carbon management.

Have an impact on Australia’s future energy use and climate change management. Understand the policy context and environmental impacts of energy systems and their assessment and subsequent monitoring.

Update and enhance your existing qualifications and skills in electrical power, process control, instrumentation and industrial computer systems engineering.

How can you help solve the world’s issues through engineering? As an environmental engineer, you’ll develop solutions to all kinds of environmental problems, such as finding new ways to manage water or developing sustainable energy systems to

Gain specific training in the core disciplines of extractive metallurgy – mineral processing, hydrometallurgy and pyrometallurgy, as well as process metallurgy relevant to mineralogy, to develop the specialised knowledge required for a career in

FlexiTrack is a university enabling course that qualifies you to apply directly for any undergraduate degree at Murdoch University that requires a Selection Rank of 70 or less.