Master of Sustainable Energy

1 Years On Campus Masters Program

University of Queensland

Program Overview

The 1.5-year Master of Sustainable Energy is designed for students who want to understand today's energy challenges and contribute to the move towards a cleaner, low-carbon future. The program brings together energy technologies, policy, finance, innovation and project development, helping students build the skills needed for careers in the growing sustainable energy sector.

Curriculum Structure

Year 1: Students develop a broad understanding of sustainable energy systems and the challenges involved in the transition to cleaner energy. Subjects such as Sustainable Energy Technologies and Supply Systems, Energy and Development and Energy Transitions in Industrial Processes introduce students to energy technologies, energy supply, development issues and sustainable approaches to industrial energy use.

Final Stage: Students build stronger business, financial, strategic and policy skills for the energy sector. Subjects such as Energy Investment and Finance, Net Zero Pathways for Business, Energy Strategy, Innovation, and Entrepreneurship and Energy Markets, Law and Policy help students understand energy investment, net-zero planning, innovation, entrepreneurship and the regulatory environment.

Focus Areas

Sustainable energy technologies, renewable energy, energy systems, energy transitions, energy development, energy investment and finance, net-zero pathways, energy efficiency, transport, energy markets, law, policy, innovation and entrepreneurship.

Learning Outcomes

Students develop the knowledge and skills needed to understand complex energy systems and contribute to the transition towards cleaner and more sustainable energy. They also learn to consider technological, economic, social and environmental factors when addressing energy challenges and developing energy projects and strategies.

Professional Alignment (Accreditation)

The program is closely connected to the needs of the sustainable energy industry and has been validated by top-tier companies. Students learn from academics, researchers and industry practitioners while developing skills relevant to energy project management, development, policy, sustainability and innovation.

Reputation (Employability Rankings)

The University of Queensland is ranked 1st in Australia and 18th in the world for Environmental Sciences in the QS World University Rankings 2026. Graduates can pursue roles such as sustainable energy engineer, energy project manager, energy analyst, renewable energy manager, clean energy policy officer and energy and sustainability professional.

Experiential Learning (Research, Projects, Internships etc.)

The Master of Sustainable Energy at The University of Queensland gives students the opportunity to connect their studies with real energy challenges through UQ’s research facilities, industry links and renewable energy infrastructure. Students can explore areas such as renewable energy, solar power, battery storage, microgrids and energy management, gaining practical insight into how sustainable energy technologies and systems are developed and used.

Students can gain practical exposure through:

Renewable Energy Laboratory: Students can work with technologies such as real-time digital simulators, solar emulators, battery storage systems, power amplifiers and wind-turbine control equipment.
Industry 4.0 UQ Energy TestLab: Provides opportunities to explore power-system analytics, energy management, microgrids and cyber-physical system security.
Energy simulation and digital tools: UQ's energy research facilities use real-time digital simulation and power-system analysis tools to investigate modern energy systems.
Solar research facilities: Students benefit from access to UQ's solar research infrastructure, including the 64 MW Warwick Solar Farm and the Gatton Solar Research Facility.
Battery and energy-storage research: UQ provides research facilities focused on battery technologies, energy storage and integrating renewable energy into wider energy systems.
Real-world energy projects: Students can engage with research addressing practical challenges such as energy transitions, renewable-energy integration and energy investment.
Energy Transition Network: Provides a multidisciplinary research environment bringing together engineering, science, economics, policy and other areas to address energy-transition challenges.
Industry connections: UQ's energy research works with organisations such as Energy Queensland, Powerlink, AEMO, CSIRO Data61 and Siemens, giving students exposure to current industry challenges and practices.

Progression & Future Opportunities

Graduates of the Master of Sustainable Energy can pursue careers across renewable energy, sustainability, consulting, government and the wider energy sector. The program develops a combination of technical, business, policy and strategic skills that can help graduates progress into specialist and leadership roles in the growing clean-energy industry.

Typical career options include energy project manager, energy analyst, renewable energy manager and clean energy policy officer. Students can further strengthen their career prospects through:

Career support: UQ Careers and Employability provides career guidance, workshops, recruitment support, industry connections and access to employment resources such as SEEK and GradConnection.
Industry networking: Students can attend industry talks, panel presentations and industry insight sessions, helping them connect with professionals and understand current employer expectations.
Industry connections: UQ provides networking opportunities with industry partners, while the Master of Sustainable Energy has been validated by top-tier companies.
Salary potential: UQ lists an average annual salary range of A$110,000–A$130,000 for Environmental Engineers, based on SEEK data.
Career development: Students can access opportunities such as internships, research programs, mentoring and Student-Staff Partnerships to build practical experience and professional networks.
Graduation outcomes: Graduates can pursue roles such as sustainable energy engineer, solar energy technician, energy project manager, wind energy solutions manager, energy and sustainability professional, sustainability officer, clean energy policy officer, energy analyst and renewable energy manager.
Long-term professional value: The program's interdisciplinary approach and industry validation help graduates develop knowledge and skills that remain relevant as energy systems continue to evolve.

Further Academic Progression: After completing the Master of Sustainable Energy, students can explore further postgraduate or research study at UQ. Depending on their interests and eligibility, they can consider related postgraduate programs or progress towards doctoral-level research.