Master of Engineering Practice - Smart and Renewable Electrical Power Systems Engineering

Murdoch University - Perth Campus

Australia,Western Australia

 0 Shortlist

24 Months

Duration

CAD 39,960/year

Tuition Fee

CAD 0 FREE

Application Fee

Jul 2025

Apply Date

Australia, Western Australia

Type: University

Location Type: Urban

Founded: 1973

Total Students: 25,000 +

Campus Detail

Main Campus Address

90 South St, Murdoch WA 6150, Australia

Master of Engineering Practice - Smart and Renewable Electrical Power Systems Engineering

Program Overview

Extend your knowledge of engineering by specialising in one of three emerging areas of engineering that will prepare you for a career across a range of industries.

Develop your professional skills with over 300 hours of practical experience through an integrated professional practice unit while developing your professional portfolio.

You will learn from industry practitioners and can tailor your degree to graduate in a compressed timeframe. Develop your studies even further with the option of Engineering Design or Engineering Research minors that can progress into a research career.


Major : Smart and Renewable Electrical Power Systems Engineering
In this course you’ll explore the planning, design, modelling, operation and control of smart and renewable electrical power systems to an advanced level and gain practical experience.

You’ll apply specialised engineering knowledge and skills with an emphasis on the integration of distributed energy resources and energy storage in existing and future electricity grids and stand-alone power systems.

3 reasons to study Smart and Renewable Electrical Power Systems Engineering at Murdoch

  • Upskill your knowledge in an emerging area of engineering.
  • Complete your Masters degree in 1.5 years by studying in intensive mode.
  • Five-star rating for student support, graduate salary, and learner engagement for postgraduate engineering and technology.

What you’ll learn

  • Renewable energy resources and technologies
  • Power system modelling and analysis
  • Power electronics converters and applications
  • Electrical machines in the smart grid era
  • Power systems operation, control and protection
  • Future electricity networks
  • Distributed power system and microgrid planning and reliability

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