Master of Renewable Energy

The Master of Renewable Energy at Queensland University of Technology (QUT) in Brisbane covers the technical, environmental, and commercial aspects of renewable energy systems. Students explore areas including solar, wind, hydropower, storage technologies, and the integration of renewables into electricity grids. There is a strong focus on both the engineering and policy challenges involved in delivering energy solutions suited to the Australian context.

This degree is structured over 1.5 years, usually comprising three semesters of study. Students complete a set of core units and can choose elective units to align with their professional interests. The course is delivered through a combination of lectures, laboratory work, and project-based learning. Many students will undertake a capstone project that simulates real-world industry challenges, sometimes in collaboration with local energy organisations or research institutes.

Throughout the degree, you'll develop practical expertise in designing and managing renewable energy projects, evaluating sustainability impacts, and understanding regulatory frameworks. Graduates gain hands-on skills with modern industry software and hardware, and learn to analyse energy systems relevant to Australia’s needs.

This course suits engineers, scientists, or technical professionals wanting to transition into the renewable energy field or specialise further. It's also suitable for those aiming for technical or policy roles in Australia’s growing clean energy sector. For international students, English proficiency is required, with IELTS 6.0–6.5 typically necessary for entry. QUT recognises various English tests and its own pathway programmes. While studying, international students can work up to 48 hours per fortnight, and graduates may be eligible to apply for the Temporary Graduate visa (subclass 485) for post-study work experience. For unit and credit point details, and to confirm the course structure or entry requirements, always check QUT’s official page.

• Renewable Energy Engineer with utilities or private sector firms
• Project manager for solar, wind, or renewable energy developments
• Energy systems analyst for government agencies
• Sustainability consultant for engineering consultancies
• Policy advisor with state or federal energy departments
• Technical specialist for research organisations or not-for-profits
• Roles with Australian companies focused on grid integration or emerging energy technologies