The Master of Engineering (Sustainable Energy) is a postgraduate qualification designed to develop advanced technical competencies in the design, implementation, and management of sustainable and renewable energy systems. The degree typically spans two years of full-time study and covers a broad range of topics including solar energy, wind power, energy storage, grid integration, energy efficiency, thermodynamics, and emerging hydrogen technologies. It is structured to meet the Stage 1 competency requirements of Engineers Australia, equipping graduates to practise as professional engineers in one of the fastest-growing sectors of the Australian economy. Most programs are provisionally accredited by Engineers Australia, enabling pathways to Chartered Engineer status.

The course is designed for engineering graduates who want to transition into or deepen their expertise in sustainable energy. It blends rigorous technical training with practical project-based learning, covering areas such as microgrid design, electrical power systems, photovoltaics, renewable energy integration, energy policy, and systems optimisation. Students typically begin with foundational sustainable energy concepts before progressing to specialised electives and a capstone research project in their second year. The interdisciplinary nature of the degree reflects the reality that renewable energy engineering integrates aspects of electrical, mechanical, civil, materials, and environmental engineering.

Graduates are sought by a diverse range of employers across both the public and private sectors, including energy utilities, engineering consultancies, mining companies, government agencies, infrastructure developers, and clean technology firms. Major employers active in the Australian market include AECOM, APA Group, Snowy Hydro, Origin Energy, AGL, Transgrid, Goldwind, Neoen, and federal and state government energy departments. The course is equally suited to recent engineering graduates and working professionals seeking to upskill or pivot into the booming renewable energy sector.

Applicants are typically required to hold a completed bachelor's degree in engineering or a closely related discipline from a recognised Australian or international institution. Accepted disciplines commonly include electrical, electronic, mechanical, mechatronics, aerospace, manufacturing, sustainable systems, computer, or automotive engineering. Most programs require a minimum GPA equivalent to approximately 2.0 out of 4.0 (or a credit average of around 65%) in the qualifying bachelor's degree. Some universities also accept applicants from a three-year Engineering Science degree or a Bachelor of Science in a cognate field, provided minimum academic thresholds are met. Candidates with a slightly lower GPA may still be considered if they can demonstrate at least two to three years of relevant industry experience, and in some programs, applicants without a formal engineering degree may be considered if they hold ten or more years of substantial industry experience in a relevant field.

International applicants must meet English language proficiency requirements, typically demonstrated via IELTS (overall score of 6.5 with no individual band below 6.0), TOEFL iBT (overall 87 with minimum sub-scores), or equivalent tests. Applicants from countries where English is the primary language of instruction or who completed their qualifying degree in English are generally exempt from separate language testing. Some programs allow applicants with relevant prior learning or professional experience to apply for advanced standing or credit, potentially reducing the overall duration of the degree. Applicants wishing to use work experience as part of their entry case are usually required to submit a detailed CV outlining previous roles, dates of employment, and key responsibilities, along with supporting documentation such as employer references.

While no specific prerequisite subjects are generally mandated for admission, students entering from backgrounds with limited exposure to thermodynamics, chemistry of energy, heat transfer, fluid mechanics, or electrical power systems are strongly encouraged to complete a bridging or introductory sustainable energy fundamentals unit early in their studies. Students will also typically be required to accumulate a minimum number of days of approved engineering practical experience during their program, in line with Engineers Australia's professional competency framework.