Suranaree University of Technology (SUT)

What you'll study

The R-PhD programme is primarily research-led and designed to develop deep specialist knowledge and original contributions in areas linking mechanical engineering and process systems. Candidates undertake an individual research project under the guidance of one or more supervisors, supported by a tailored programme of coursework and seminars where required.

• Core research themes: advanced thermal and fluid systems, process design and optimisation, process control and automation, computational modelling and simulation, materials processing, and sustainable / energy-efficient process technologies.
• Typical taught components: research methods and design of experiments, advanced modelling and simulation techniques, optimisation and control theory, statistical data analysis for engineering, and specialist electives aligned to individual research (for example advanced heat transfer, multi-physics modelling or process dynamics).
• Laboratory and pilot-scale work: experimental investigation in thermal-fluid and manufacturing laboratories, pilot plant trials for process development, and integration of sensing and control systems for process monitoring.
• Research training: regular research seminars, presentation and publication preparation, ethics and intellectual property training, and opportunities for collaborative projects with industry partners.
• Thesis: the programme culminates in a written dissertation reporting an original research contribution and an oral viva examination before internal and external examiners.

Entry requirements

Applicants are normally expected to hold a relevant master’s degree (or equivalent) in mechanical engineering, chemical/process engineering, mechatronics, materials engineering or a closely related discipline. Candidates with an outstanding bachelor’s degree plus substantial relevant research or industry experience may also be considered.

• Academic record: evidence of strong academic attainment at master’s level and a clear research focus.
• Research proposal: a concise proposal outlining the intended research topic, objectives, methodology and expected contribution. Applicants should indicate potential supervisors or research groups with aligned expertise.
• Supervision and fit: acceptance depends on availability of appropriate supervision and facilities to support the proposed project.
• Language: applicants whose previous education was not in English may be asked to demonstrate proficiency through recognised tests or equivalent evidence of English capability.
• References: two or more academic or professional references commenting on research potential are typically required.
• Funding: applicants may apply for internal scholarships or external funding; prospective students should clarify funding arrangements prior to enrolment.

Career prospects

Graduates of the R-PhD in Mechanical and Process System Engineering go on to careers across academia, industry and the public sector. The programme equips researchers with advanced analytical, experimental and project leadership skills valued in many technical roles.

• Academic careers: postdoctoral research and faculty positions in universities and research institutes.
• Industrial R&D: roles in product and process development, pilot plant management, advanced manufacturing, and materials processing.
• Process and systems engineering: senior process engineer, control systems engineer, simulation and optimisation specialist, and technical consultant in sectors such as petrochemicals, food processing, energy and manufacturing.
• Leadership and innovation: technology management, R&D project leadership, and roles in startups or technology transfer offices where doctoral-level research and problem solving are essential.

Why study at Suranaree University of Technology (SUT)

Suranaree University of Technology is a research-led institution with a strong engineering faculty and a tradition of applied research that addresses regional and national industrial needs. The university supports doctoral students through access to well-equipped laboratories, pilot-scale facilities and interdisciplinary research groups that span mechanical, materials and process engineering.

• Research environment: close supervision, regular seminars and opportunities for interdisciplinary collaboration with other engineering and science departments.
• Facilities: experimental laboratories, modelling and simulation resources, and pilot-scale equipment to support both fundamental and applied process research.
• Industry links: established collaborations and project opportunities with local and national industry partners, facilitating applied projects and technology transfer.
• Career support: training in research communication, publication and project management to prepare graduates for academic and industrial leadership roles.