Universiti Tenaga Nasional

What you'll study

This master’s combines taught modules with an applied project, emphasising technical, economic and managerial aspects of energy systems. Core topics typically cover energy policy and regulation, energy economics and finance, energy systems modelling, sustainable and renewable energy technologies, power system planning, energy efficiency and demand‑side management, and project development and management.

Students follow a programme of coursework comprising advanced modules and elective choices that allow specialisation (for example in power systems, renewables integration, energy markets or energy efficiency). The programme culminates in a supervised project or dissertation that applies theory to a real‑world energy problem, often using case studies, industry data or collaborations with utilities and energy companies.

• Core modules (examples): Energy Economics and Policy; Power System Planning and Operation; Renewable Energy Technologies; Energy Management and Conservation; Energy Project Appraisal.
• Elective modules (examples): Smart Grids and Distributed Generation; Energy Markets and Trading; Environmental Impact Assessment; Energy Storage and Integration; Energy Law and Regulation.
• Project: Supervised applied project addressing an industry or policy issue, often involving modelling, field data, technical design or feasibility analysis.
• Teaching and assessment: A mix of lectures, seminars, laboratory or software workshops, group work and a major project; assessment by exams, coursework, reports and project submission.

Entry requirements

Applicants are normally expected to hold a recognised bachelor’s degree in engineering, science, economics, business, environmental studies or another relevant discipline. Candidates with other degrees plus substantial relevant professional experience in the energy sector may be considered.

Typical academic requirements include a good honours degree or equivalent. Applicants whose first language is not English may need to demonstrate English proficiency to the university’s stated standard through an accepted test or other recognised evidence.

Required supporting documents usually include academic transcripts, a curriculum vitae, a statement of purpose outlining suitability for the programme, and references. Specific entry criteria may vary, so prospective students should consult the university for guidance on eligibility and any recognition of prior learning.

Career prospects

Graduates are equipped for a wide range of roles across utilities, generation companies, energy consultancies, regulatory bodies, project developers and corporate sustainability teams. Common career destinations include:

• Energy manager or sustainability manager in industry and large organisations
• Power system planner or grid integration specialist with utilities and transmission operators
• Renewable energy project developer or consultant (solar, wind, hydro, storage)
• Energy policy analyst or regulator in government agencies and think tanks
• Energy economist, market analyst or risk manager in trading and market operations
• Technical consultant or project manager in engineering and advisory firms

The applied nature of the programme, combined with project work and industry links, helps graduates move into operational, planning and leadership roles within the evolving energy sector.

Why study at Universiti Tenaga Nasional

Universiti Tenaga Nasional (UNITEN) has a strong reputation for energy and power engineering education and close industry connections, particularly with the national utility and the broader energy sector. The university offers access to specialised laboratories, simulation tools and research centres focused on power systems, renewable integration and energy efficiency.

Students benefit from practical learning, industry guest lectures, and opportunities for collaboration on projects with utilities and energy companies. The campus environment and professional network support career development for both domestic and international students seeking applied expertise in energy management and transition.