Suranaree University of Technology (SUT)

What you'll study

This programme combines a concentrated set of advanced coursework with an extended, original research thesis. The curriculum typically begins with compulsory advanced modules to ensure depth in core areas, followed by specialised electives chosen to support the doctoral research topic. Students spend the majority of the programme conducting supervised research and are expected to contribute new knowledge to the field.

• Core topics and modules: Advanced Transport Phenomena; Advanced Chemical Reaction Engineering; Process Systems Engineering and Optimisation; Advanced Separation Processes; Research Methodology and Experimental Design.
• Electives and specialisms: Catalysis and Surface Science; Multiphase Flow and Reactor Design; Membrane Processes and Water Treatment; Materials for Energy and Sustainable Processes; Computational Modelling and Multiscale Simulation.
• Research and thesis: Independent research under a supervisory team, regular progress seminars, preparation of peer-reviewed publications and final doctoral dissertation (thesis) defended at viva voce examination.
• Skills developed: Advanced experimental design and scale-up, quantitative modelling and simulation, scientific communication, grant writing, project management and interdisciplinary collaboration.

Entry requirements

Applicants are normally expected to hold a relevant master's degree in chemical engineering or a closely related discipline with a strong research component. Candidates with an excellent bachelor's degree plus substantial research experience may be considered in line with university regulations. Admission typically requires a clear research proposal or statement of research interests and the availability of an appropriate supervisor.

• Academic record: competitive postgraduate performance or equivalent research experience.
• Research proposal: a concise proposal outlining the intended doctoral research, objectives and methods.
• Supervisor support: identification or matching with a potential supervisor in the department.
• English and other requirements: international applicants may need to demonstrate proficiency in English and provide certified academic transcripts and references.
• Selection process: evaluation of academic background, research fit, interviews and departmental review.

Career prospects

Graduates from this PhD programme enter a wide range of careers where high-level technical and research skills are valued. Many follow academic careers as lecturers and researchers; others take senior roles in industrial research and development, process engineering, technology transfer and product development.

• Academic and research institutes: postdoctoral positions, university faculty and research centre roles.
• Industry: senior R&D scientist/engineer, process development, pilot plant management in sectors such as petrochemicals, polymers, pharmaceuticals, food processing, and specialty chemicals.
• Energy and environment: roles in renewable energy, carbon management, water treatment and environmental engineering.
• Consulting and entrepreneurship: technical consultancy, start-up leadership and technology commercialisation.
• Policy and regulation: scientific advisory roles in government agencies and international organisations.

Why study at Suranaree University of Technology (SUT)

Suranaree University of Technology offers a research-intensive environment with experienced academic staff active in a broad range of chemical engineering research areas. The university provides well-equipped laboratories, pilot-scale facilities and opportunities for interdisciplinary collaboration with materials, energy and environmental research groups.

• Research support: structured supervision, regular seminars and access to university research funding and collaborative projects.
• Industry links: engagement with regional and national industry partners for applied research, internships and technology transfer opportunities.
• Graduate training: emphasis on publishing in international journals, presenting at conferences and developing transferable skills for both academic and industrial careers.
• Location and community: a campus community that supports postgraduate study and living in Nakhon Ratchasima, with pathways to national and international research collaborations.