Master of Renewable and Future Energy
Master of Renewable and Future Energy
As new technologies for the energy sector develop, students will be equipped to adapt and evolve alongside industry changes. The breadth and depth covered through interdisciplinary collaborations within the School of Engineering offers an opportunity to gain more in-depth technical knowledge and skills to tackle the current challenges and opportunities…
Categories
COURSE DESCRIPTION
As new technologies for the energy sector develop, students will be equipped to adapt and evolve alongside industry changes. The breadth and depth covered through interdisciplinary collaborations within the School of Engineering offers an opportunity to gain more in-depth technical knowledge and skills to tackle the current challenges and opportunities that come with an uptake of renewable energy and distributed renewable energy in microgrids.
With research expertise in both traditional and renewable energy this course takes advantage of the growing trend of renewables in remote and small communities of Western Australia (WA), leveraging strong connections with local industry partners working in the energy sector.
You’ll learn to
Gain a deep practical understanding of specialised topics in renewable energy sources and generation; energy storage systems; energy transmission and distribution, including smart grids and microgrids; and the main drivers and policies that impact the adoption of clean energy.
Demonstrate a technical and economic understanding of renewable energy resource assessment and determine how different renewable technologies fit into the current and future energy market.
Articulate the research and technology pathways for current and future energy provision.
Undertake engineering system design of renewable energy generation, distribution and storage for various operation modes.
Identify and evaluate emerging technologies in renewable energy generation, integration, distribution and storage.
Execute engineering design tasks in multidisciplinary teams to industry standards.
Why study this course?
The MRFE is in sync with the rapidly expanding renewable energy industry in Australia and around the world, and covers the transition to renewables, microgrid and smart-grid technology, as well as chemical renewable and storage.
With UWA’s research expertise in both traditional and renewable energy this course takes advantage of the growing trend of renewables in remote and small communities of Western Australia (WA), leveraging strong connections with local industry partners working in the energy sector.
Industry Connections. A key feature of this course is its strong engagement with industry and the potential to undertake industry based work. This is primarily through the course’s Industry Advisory Panel, which is made up of energy sector specialists from a wide range of organisations. MRFE students will also have access to a vast range of opportunities to network with industry, develop professional skills and connect with a dynamic cohort of students from around the world.
Course structure
Postgraduate coursework degrees and combined (coursework and research) degrees comprise a number of units.
Career Pathways
The Master of Renewable and Future Energy is designed to upskill engineering graduates for employment in the rapidly expanding renewable energy sector in Australia and internationally.
Whether you are a professional already employed in the energy sector and looking to upskill, or whether you are an engineer looking to gain employment in the renewable energy industry, the career opportunities are varied as industries move towards a more sustainable energy future.
Industries include:
Mining, Energy and Gas
Government
Academia
Roles may include:
Renewable Energy Engineer
Energy Consultant
Government Science Advisor
Environmental Sustainable Design Consultant
Further Study
Further study will allow you to gain a Doctor of Philosophy (PhD). It will open up opportunities in academia and research to help you pursue your goals in a wide range of careers, depending on your area of research.
REQUIREMENTS
To be considered for admission to this course an applicant must have—(a) a UWA Master of Professional Engineering or a Bachelor of Engineering, or an equivalent qualification, as recognised by UWA; and(b) the equivalent of a UWA weighted average mark of at least 50 per cent; and(c) successfully completed prior tertiary study in electrical and electronic engineering, chemical engineering, or mechanical engineering, or in a related cognate discipline as recognised by UWA.
English language requirements:
TOEFL (paper-based): 570 with a Test of Written English (TWE) of no less than 4.5
IBT TOEFL (Internet-based test score): 82 with 22 for writing, 20 for speaking, 20 for listening, and 18 for reading
IELTS (Academic): 6.5 (no band lower than 6.0)
Cambridge Certificate of Proficiency in English: C pass
Cambridge Certificate in Advanced English: B grade
Pearson Test of English (PTE) (Academic): Overall score of 64 with a minimum score of 64 in the Reading and Writing sections, 59 in the Speaking section and 54 in the Listening section
EDUCATIONAL INSTITUTION
The University of Western Australia (UWA) is a proud member of the Group of Eight and is the only university in Western Australia to be ranked in the world top 100 universities (QS World University Rankings 2023).UWA’s main campus is located in Perth, Western Australia and is home to more than 23,000 students. Perth is Australia’s fourth-largest city with over two million people from a variety of cultures worldwide, a strong economy and vibrant lifestyle. Perth is one of the country’s most affordable cities, the closest major Australian city to Asia, and in the same time zone as most of Asia.
