Universiti Tenaga Nasional

What you'll study

The PhD (Engineering) is primarily a research degree centred on an original thesis, supported by a tailored programme of study and skills training determined by the supervisory team. Research topics reflect the university's strengths and may include power systems and smart grids, renewable energy integration, high-voltage engineering, electrical machines and drives, control and instrumentation, power electronics, telecommunications, electronics, mechanical systems, materials and manufacturing, and civil/structural topics where relevant to energy infrastructure.

Typical elements of the programme include:

• Research project and thesis: development of a novel research question, experimental and/or modelling work, data analysis and thesis writing leading to an original contribution to knowledge.
• Research training: coursework modules or short courses in research methodology, advanced technical topics, scientific communication, and ethics, as required by the supervisory panel.
• Progress milestones: an initial research proposal and literature review, periodic progress reports, a proposal defence or viva, and a final viva voce examination of the thesis.
• Publication and dissemination: expectation to publish in peer-reviewed journals and present at conferences; collaboration with industry where projects permit applied outcomes.
• Laboratory and field work: opportunities to use specialised facilities for power systems testing, high-voltage laboratories, renewable energy testbeds, electronics and control labs, or to undertake field trials with industry partners.

Entry requirements

Applicants are normally expected to hold a relevant postgraduate qualification such as a Master of Engineering (by research or coursework with a research component) or Master of Science with substantial research experience, and to demonstrate the ability to undertake independent research. Typical criteria include:

• A recognised master’s degree in an appropriate engineering or applied science discipline with a satisfactory academic record.
• Evidence of research potential: a research proposal or statement of research interests, a sample of prior research (such as a thesis chapter or published paper), and academic references.
• Relevant professional experience may be considered for applicants with strong industry credentials but without a traditional research master's.
• English language proficiency where applicable, according to university regulations for research students.
• Successful interview with prospective supervisors and agreement of a supervisory team and available resources.

Career prospects

Graduates from the PhD (Engineering) programme pursue a range of careers in academia, industry and public service. Common career paths include:

• Academic and research roles: university lecturing, postdoctoral research positions, and leadership of research groups.
• R&D and technical leadership: senior research engineer, principal scientist, or technical manager in energy companies, manufacturing, and high-technology firms.
• Utilities and system operators: specialist roles in power generation, transmission and distribution, grid modernisation, and renewable integration, including roles within national utility companies and independent system operators.
• Consultancy and advisory services: technical consultant, regulatory advisor, or engineering consultant working on infrastructure projects and energy policy.
• Entrepreneurship and technology transfer: commercialisation of research outcomes, start-up leadership, and technology development for the energy and engineering sectors.

Why study at Universiti Tenaga Nasional

Universiti Tenaga Nasional has a clear strategic focus on energy-related engineering and strong links with the national energy utility, providing opportunities for applied research and industry engagement. The university hosts specialised laboratories and research centres supporting power systems, high-voltage testing, renewable energy, power electronics and control, allowing candidates to pursue experimental and applied work.

Research students benefit from multidisciplinary supervision, access to industry-funded projects and collaboration with Tenaga Nasional Berhad and other partners, as well as structured research training and support for conference attendance and publication. The campus environment and research culture are geared towards addressing practical engineering challenges in the energy sector, making UNITEN a suitable choice for doctoral candidates aiming to impact both industry and academia.