Universiti Tenaga Nasional

What you'll study

This programme blends advanced coursework with a substantial research project. Taught modules typically cover core and elective topics such as advanced power systems and protection, power electronics and drives, renewable energy and integration, smart grid technologies, control theory and applications, high-voltage engineering, electrical machines, signal processing and embedded systems. Coursework emphasises both theoretical foundations and practical skills through laboratory sessions, simulation work and project assignments.

The research component requires students to undertake an independent study under academic supervision, culminating in a dissertation. Research themes commonly reflect the university’s strengths and industry needs, including power system stability and planning, grid integration of renewables, power quality, energy management, advanced control and automation, and power electronics for distributed generation.

Entry requirements

Applicants are normally expected to hold a recognised bachelor’s degree in electrical engineering or a closely related discipline. Applicants with a degree in a relevant science or engineering discipline plus relevant professional experience may also be considered. Admission typically requires demonstrated academic competence and potential for postgraduate study; some applicants are asked to submit a research proposal or attend an interview.

Where applicable, candidates whose prior education was not in English may need to demonstrate proficiency in English. Part-time applicants and practising engineers are welcome; employers’ sponsorship and relevant work experience can strengthen an application.

Career prospects

Graduates of this programme are prepared for technical and leadership roles across the electricity and engineering sectors. Typical career paths include power systems engineer, protection and control engineer, power electronics and drives specialist, renewable energy engineer, grid integration and smart‑grid consultant, instrument and control engineer, and roles in research and development. The degree also provides a pathway to doctoral study and academic careers.

Alumni commonly work for utilities, independent power producers, equipment manufacturers, engineering consultancies, research institutes and technology companies. The mix of coursework and research equips graduates to contribute to projects in generation, transmission and distribution, grid modernisation, energy efficiency and sustainable energy systems.

Why study at Universiti Tenaga Nasional

Universiti Tenaga Nasional (UNITEN) has a long-standing connection with the energy sector, offering strong industry links that support applied research, project collaboration and graduate employability. Students benefit from specialised laboratories, simulation facilities and supervisors with industry and research experience. The university places emphasis on practical training and real‑world problem solving, enabling students to undertake industry-relevant research and projects.

Flexibility in study modes and opportunities for part‑time study suit practising engineers, while access to campus facilities, technical workshops and a network of industry partners helps students develop professional skills and contacts that support career advancement in the power and electrical engineering sectors.