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1 Year On Campus Masters Program
Queensland University of Technology
The Master of Engineering Technology with a Renewable Energy Systems major is a one-year postgraduate program for engineering professionals who want to build advanced expertise in renewable energy technologies. The course covers areas such as solar, hydroelectric and wind power, energy storage and distributed generation, while also helping students understand the practical, financial, environmental and policy factors involved in energy projects.
Curriculum Structure
Year 1
As this is a one-year full-time master's degree, students complete the program within a single year rather than progressing through multiple academic years. The Renewable Energy Systems major focuses on photovoltaic systems, hydroelectric power, wind power, energy storage and distributed generation, helping students understand how different renewable technologies can be managed and applied effectively.
Students also complete an industry project and a supervised capstone research project, giving them the opportunity to work on practical engineering challenges and develop solutions relevant to the renewable energy sector.
Focus Areas
Photovoltaic systems, hydroelectric power, wind power, energy storage, distributed generation, renewable energy systems management, renewable technology selection, energy systems, sustainability, government policy, investment and return on investment
Learning Outcomes
Graduates develop the ability to manage and maintain renewable energy systems and assess which technologies are suitable for different applications. They also build research, leadership, problem-solving and decision-making skills while learning to consider environmental, community, financial and government policy factors when developing energy solutions.
Professional Alignment (Accreditation)
The program is designed for professionals who already have an engineering background and want to advance their expertise in engineering technology. Its industry project and supervised capstone research project provide practical experience and help students develop skills that can be applied to professional engineering technology projects.
Reputation (Employability Rankings)
QUT focuses strongly on practical and industry-connected learning, preparing students to respond to challenges such as climate change, resource demands and technological development. Students can gain experience through industry projects involving organisations such as BMW, Boeing, Brisbane City Council, Transport and Main Roads and SEQ Water.
The Master of Engineering Technology with a Renewable Energy Systems major at QUT places a strong emphasis on practical and industry-focused learning. Students work with renewable technologies such as photovoltaic systems, hydroelectric and wind power, energy storage and distributed generation, while gaining hands-on experience through industry projects and a supervised capstone research project. QUT also provides specialist laboratories, simulation tools and research facilities that allow students to explore real renewable energy challenges.
Key practical opportunities include:
Renewable energy laboratories: Students can access dedicated facilities for practical learning and research in renewable energy systems.
Power simulation tools: Students use specialised software for real-time power simulations to analyse and understand renewable energy systems.
Industry project: Students complete an industry project that allows them to work on real engineering challenges and develop workplace-ready skills.
Industry connections: QUT works with organisations including BMW, Boeing, Brisbane City Council, Transport and Main Roads, and SEQ Water, providing exposure to industry practices and projects.
Capstone research project: Students complete a supervised research project focused on an authentic and complex engineering problem.
Renewable energy technologies: Practical study covers photovoltaic systems, hydroelectric power, wind power, energy storage and distributed generation.
Renewable energy research facilities: QUT's research environment covers areas including solar energy, hydrogen, batteries, biofuels and energy efficiency.
Battery research facilities: QUT has advanced facilities supporting research into lithium-ion batteries, battery materials and energy storage systems.
Science and Engineering Centre: Students have access to laboratories, workshops, analytical equipment and computing resources for engineering study and research.
Real-world problem solving: Students learn to assess renewable energy technologies while considering practical factors such as community needs, investment, sustainability and government policy.
Graduates of QUT’s Master of Engineering Technology can pursue opportunities across the energy sector, consulting, manufacturing, construction and the public sector. For students specialising in Renewable Energy Systems, the course develops skills in renewable energy technologies, energy storage, distributed generation and sustainable energy management, preparing graduates to contribute to the growing clean-energy industry.
Typical career roles include: Renewable Energy Engineer, Power Engineer, Sustainability Engineer, Energy Consultant
Career support: QUT provides career and employability services to help students develop professional skills, prepare for employment and explore career opportunities.
Industry partnerships: Students can gain industry exposure through projects involving organisations such as BMW, Boeing, Brisbane City Council, Transport and Main Roads, and SEQ Water.
Employment outlook: QUT's 2027 international study information highlights 38% expected growth in renewable energy engineering jobs and a $118,000 median salary. These figures represent the broader industry and are not guaranteed salaries or outcomes for graduates of this specific course.
Industry experience: The course includes an industry project and a supervised capstone research project, allowing students to work on authentic engineering challenges and develop practical solutions.
Professional value: The qualification helps engineering professionals build advanced expertise in renewable energy and engineering technology, supporting progression into specialist roles.
Graduation outcomes: Graduates can pursue opportunities in areas such as energy, consulting, construction, manufacturing and the public sector.
Further Academic Progression: Students who want to continue into research can pursue further postgraduate research, including doctoral study, in areas such as renewable energy, sustainable engineering, energy systems and related engineering technologies.
The Master of Engineering Technology is delivered at QUT’s Gardens Point campus in Brisbane, Queensland, Australia.
Proficiency in general areas of mechanical engineering, metallurgy, materials or relevant disciplines for Mechanical Engineering specialization
A recognised completed three-year full-time (or equivalent) engineering degree in a relevant discipline with a minimum GPA of 4.00 (on QUT’s 7-point scale) plus at least 5.00 years full-time (or equivalent) of professional experience in energy systems
A recognised completed four-year full-time (or equivalent) engineering degree in a relevant discipline with a minimum GPA of 4.00 (on QUT's 7-point scale)
At least 3.00 years full-time (or equivalent) of professional experience in energy systems
A completed recognised graduate diploma in energy systems with a minimum GPA of 4.00 (on QUT’s 7-point scale)
Completion of at least 12 months of full time study (or equivalent) towards a recognised master degree in energy systems with a minimum GPA of 4.00 (on QUT’s 7-point scale).
For this course, applicants should apply as early as possible because processing and visa arrangements take time.
English language requirements are IELTS Academic/One Skill Retake 6.5 overall with a minimum of 6.0 in Listening, Reading, Writing and Speaking, or TOEFL iBT 79 overall with minimum scores of 16 in Listening, 16 in Reading, 21 in Writing and 18 in Speaking. India: - 4-year BE / BTech in Engineering or related discipline from a recognised institution. - Minimum requirement: ~60% average (equivalent to QUT’s required GPA standard). - Degree must be equivalent to an Australian Engineering Bachelor degree.China: - 4-year Bachelor’s degree in Engineering or related discipline. - Minimum requirement: ~70% average. - Must be equivalent to an Australian Engineering Bachelor degree.USA: Recognised relevant engineering degree with an equivalent of QUT GPA 4.00/7.00 minimum, plus the applicable energy-systems professional experience requirement.UK :- Bachelor’s degree (3 years) in Engineering or related discipline. Minimum requirement: UK 2:2 Honours degree or equivalent. Degree must be equivalent to an Australian Engineering Bachelor degree.Renewable Energy EngineerPower EngineerSustainability EngineerEnergy ConsultantElectrical EngineerElectrical Power EngineerEnergy AnalystEnergy Policy OfficerRenewable Energy Project EngineerRenewable Energy Systems EngineerEnergy Systems ConsultantRenewable Energy Project DeveloperPower Systems EngineerEnergy Storage EngineerDistributed Generation Engineer
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