University of Auckland

What you'll study

The programme combines interdisciplinary coursework with an independent research project or applied capstone. Core themes include energy systems and technologies, energy economics and markets, policy and regulation, and tools for modelling and optimisation of energy networks.

• Energy technologies: study of renewable generation (solar, wind, hydro), energy storage, and conventional generation fundamentals.
• Energy systems modelling: methods for power-system simulation, grid integration, demand forecasting and optimisation techniques.
• Energy economics and markets: pricing, market design, investment appraisal and cost‑benefit analysis for energy projects.
• Policy, regulation and sustainability: regulatory frameworks, climate policy, emissions accounting and just transition considerations.
• Data and digital tools: hands-on use of data analytics, programming and specialised energy modelling software.
• Research or capstone project: an extended individual research thesis or applied project with industry engagement that integrates technical, economic and policy perspectives.

Teaching formats include lectures, laboratory and computer practicals, seminars, group design projects and supervised research. Elective choices allow you to tailor the degree towards technical engineering, energy economics or policy and planning.

Entry requirements

Applicants are expected to hold a recognised bachelor’s degree with a good academic record in a relevant discipline such as engineering, physical sciences, mathematics, environmental science, economics or another closely related field. Applicants with substantial professional experience in the energy sector or a postgraduate diploma may also be considered.

Enrolment normally requires demonstrated quantitative ability and familiarity with core scientific or engineering concepts. International applicants must meet the University’s English language proficiency requirements; recognised qualifications or testing are accepted as evidence of proficiency.

Admission is competitive and may require a statement of purpose outlining your motivation and relevant experience. Candidates for the research pathway will typically be asked to propose a research topic and secure a supervisor.

Career prospects

Graduates of the Master of Energy move into a range of roles across the public, private and non‑profit sectors. Typical career paths include:

• Energy analyst or modeller in utilities, consultancies and research organisations
• Policy advisor or regulatory specialist in government agencies and international organisations
• Project developer or manager for renewable energy and storage projects
• Energy systems engineer focused on grid integration, smart grids and electrification
• Consultant in energy transition, sustainability and carbon management
• Researcher or doctoral candidate in energy science, engineering or policy

The skills gained — technical modelling, economic appraisal, policy understanding and project delivery — are applicable to utilities, energy developers, consulting firms, regulators, research institutes and NGOs involved in the energy transition.

Why study at University of Auckland

The University of Auckland offers a multidisciplinary environment that brings together engineering, science, economics and public policy expertise relevant to energy challenges. Students benefit from academic staff active in energy research, access to computational and laboratory facilities and opportunities to engage with industry partners across New Zealand and the wider Pacific region.

Studying in Auckland provides exposure to a jurisdiction actively pursuing renewable deployment and decarbonisation, allowing students to work on regionally relevant projects and gain practical experience. The University’s connections with industry and government help students secure project placements, internships and research collaborations that enhance employability in the evolving energy sector.