Overview
Overview
The course is not suitable for graduates of a four-year undergraduate degree, with Engineers Australia accreditation in the same discipline. Those holding an EA accredited qualification and seeking a masters level qualification in the same discipline are encouraged to consider applying for entry to the Master of Philosophy or Master of Engineering Management.
Applicants seeking entry who do not hold a four year Engineering degree are required to first complete the one-year Graduate Diploma in Professional Engineering.
Emerging power systems is an area of engineering that has arisen due to the rapid growth of renewable energy, power electronics and energy storage. It has been driven by advances in information technology and communication, which have led to smart grids and micro grids.
This major addresses challenges in the generation, transmission and distribution of electricity. Emergent technologies such as smart grid and distributed generation are covered in detail.
During the course, you will gain at least 12 weeks of exposure to engineering professional practice and keep a formal log book to record your experience. During your final-year project, you will further investigate and apply emergent technologies in power systems.
This major sits within the Master of Professional Engineering degree. To apply for this major, you will apply for the Master of Professional Engineering.
What jobs can the Emerging Power Systems Engineering course lead to?
Jobs
- Green construction manager
- Renewable energy consultant
- Solar project manager
- Wind farm site manager
Industries
- Utilities
- Construction
- Manufacturing
- Scientific and technical services
What you'll learn
- fluently apply advanced power systems engineering knowledge, tools and techniques for the successfully analysis, design and operation of modern power networks incorporating renewable energy and modern grid technologies, GC1
- actively engage in opportunities to lead the development and implementation of innovative power systems solutions that address complex environmental and industrial challenges such as energy transition and grid decarbonisation, GC2
- communicate power systems engineering processes and decisions effectively in engineering teams with an adaptive approach to emerging communication technologies, GC3, GC6
- conduct engineering management of power systems projects by analysing technical and financial resources, managing system lifecycles, addressing stakeholder expectations and applying sound business planning, GC4, GC5
- develop and document power system designs and specifications in response to various design and research problems, addressing challenges such as integration of renewable energy and advanced control in modern and future grids, GC2, GC4
- develop and maintain professional networks within the energy and power systems sector, and work ethically, responsibly and sustainably to advance their career as a professional engineer, GC6