Master of Engineering (Electrical Power)

The Master of Engineering (Electrical Power) at Adelaide University is designed for graduates seeking advanced expertise in electrical power systems, encompassing areas such as power generation, transmission, distribution, and advanced power electronics. Throughout the two-year programme, students delve into contemporary technologies and techniques shaping the future of electrical energy, including smart grid technology, renewable integration, high-voltage engineering, protection systems, and sustainable energy solutions.

This master's degree typically spans four semesters of full-time study, structured through a series of core and elective units of study – each contributing to the programme’s overall credit points requirement. Students might have opportunities for industry-relevant learning experiences, such as practical projects or a professional placement, reflecting the close links between Australian universities and the nation's dynamic power engineering sector. The curriculum culminates in a capstone research project, where students can apply their theoretical and technical skillsets to address real-world challenges within the Australian power industry or the broader Asia-Pacific context.

Through this course, participants develop advanced technical knowledge in electrical power engineering, as well as key skills in critical thinking, problem-solving, project management, teamwork, and communication — all highly valued by employers in Australia and internationally. The environment at a leading public university such as Adelaide also helps students cultivate professional networks, supported by exposure to partnerships with Australian energy providers, engineering consultancies, and research organisations.

This course is ideally suited to engineering graduates or professionals seeking to upskill or transition into the growing field of electrical power. It’s also attractive to international students aiming for careers in Australia, who may benefit from post-study work rights and the Temporary Graduate visa (subclass 485), as well as lawful 48-hours-per-fortnight work rights during their studies. English proficiency is required, with accepted scores in IELTS (6.0–6.5 overall), TOEFL iBT, PTE Academic, and equivalent tests, ensuring all graduates are well-prepared for professional practice in Australia’s multicultural engineering sector.

• Electrical Power Engineer in utilities, mining, or renewable energy projects
• Power Systems Analyst for transmission and distribution companies
• Design Engineer for engineering consultancies
• Project Manager in major infrastructure developments
• Research and Development roles within energy innovation
• Grid Integration Specialist across Australia's rapidly developing renewables sector

Graduates find employment throughout Australia’s energy utilities, engineering consultancies, government agencies, infrastructure firms, and emerging areas such as smart grids and renewable energy.