<div><p>The program covers key areas of electrical circuits, signals and systems, energy conversion, power electronics, power systems, electrical power distribution and protection systems, control systems and renewable energy. The curriculum also covers sensors, artificial perception, and Internet of Things (IoT) in smart energy systems. </p><p>There is a strong focus on research and project-based learning, to apply learned concepts, including an independent research project in final year.</p><p>As a graduate, you may seek managerial roles with private consultants, contracting companies, or federal, state and local government organisations. </p><p>Graduates have the opportunity to expand their knowledge and skills by enrolling in a PhD programme upon successful completion. </p></div>

The program covers key areas of electrical circuits, signals and systems, energy conversion, power electronics, power systems, electrical power distribution and protection systems, control systems and renewable energy.

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Master of Engineering Technology (Renewable Energy and Electrical Power Systems)
Masters (Coursework)

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Master of Engineering Technology (Renewable Energy and Electrical Power Systems)Masters (Coursework)

Master of Engineering Technology (Renewable Energy and Electrical Power Systems)
Masters (Coursework)