Research Focus
Advanced energy and power systems, including:
- Zero carbon and low carbon fuel technologies;
- Thermal fluids and combustion process mechanical studies;
- New power systems and high-efficiency engine conceptual design;
- Marine and transport motor systems;
- Clean energy-driven and transport-decarbonization technologies;
- AI support modelling, simulation and optimization design;
- Mixed power and intelligent energy systems;
- Research and development of green energy and future sustainable transport technologies.
Programme Structure and Funding
The project is a full-time Ph.D. project and is taught in 3.5-4 years (42-48 months). Only 1 recruits.
The University of Durren, together with the China National Fund for Study Abroad (CSC), has established a full Ph.D. Scholarship Programme to cover all disciplines. Approximately 25 scholarships (all disciplines) are offered each year for up to 48 months. It includes full tuition fees, annual allowances, overseas student health insurance, round-trip tickets and visa application fees. CSC-Durren University joint scholarships are usually open for the period from 12 to 1 the following year of admission, and applicants are required to complete their application for a Ph.D. at the University of Durren by mid-year 1 and to be admitted without conditions (or to meet the CSC requirements for formal admission). In addition, highly qualified students have access to the position of paid scientific assistant (RA) and assistant (TA) of the experimental team during their reading.
Suitable Academic Backgrounds
Energy and power engineering, mechanical engineering, hydrodynamics, ships and marine engineering, aerospace engineering, engineering thermal physics, vehicle engineering, control science and engineering, intelligent engineering, applied mathematics
Entry Requirements
- Academic background: A master’s degree in energy, power, fluid mechanics, mechanical engineering, marine engineering, intelligent engineering or a related discipline. Applicants with a bachelor’s degree and an undergraduate GPA of at least 3.7/4.0 may also apply through special screening.
- Academic performance: Master’s GPA of at least 3.3.
- Language requirements: TOEFL 80 before 21 January 2026, or 4.5 after 21 January 2026; TOEFL iBT Home Edition is accepted. Alternatively, IELTS 6.5 overall with no component below 6.0. Applicants who have earned a degree taught in English in an English-speaking country may apply for an exemption.
- References: Two recommendation letters.
Application Materials
- (a) The research plan, not exceeding 2000 (excluding references), specifying the subject, goals and objectives, proposed research methodology and ethical considerations;
- Curricula vitae;
- Previous report cards, if not in English, require professional translation;
- A letter of recommendation 2;
- English report card.
Application Period
Applications can be made for a full year, mainly for 10 months, and for 1, 4 months.
Application Process
Up to the month of 3 for applicants to submit their English curriculum vitae and related materials, we will conduct an initial assessment 3-4 for those who pass the initial screening month, will be invited to interview potential mentors 5 for the month of 6 interview, and will be required to formally present applications 6 for the month of short-listed candidates via the web of officials, and the College Admission Board will organize an interview 7 for the month of 7: the above process will take the example of 10 enrolment.
Tuition and Living Costs
- Tuition fees: GBP s sterling 30,750/year for the school year 2025/ 26 (Note: Tuition fees increase slightly per year).
- Living costs: Approximately 10,800-15,600 GBP /year (depending on individual circumstances).
Career Prospects
The graduates of the doctorate in engineering at the University of Durant have a great deal of development space. In the United Kingdom, the employment rate of engineering and technical graduates is significantly higher than that of other disciplines, with employment at 73.2 % after 15 months of graduation, and in engineering and technical positions, salaries are generally higher than in other professions.
For the third consecutive year, Durant University has been in the UK’s top employer preference at the University Top 10 with an average annual salary of approximately GBP 33,617 for graduates and an average salary of about GBP 38,686 five years later for engineering graduates. In terms of career choices, doctoral graduates mainly go to the following areas:
- Academia and scientific research: Doctoral graduates can be independent researchers in post-doctoral research or teaching at universities or research institutions around the world.
The engineering disciplines at Durant University cover civil, mechanical, electrical and other directions, and the professional recognition of doctoral degrees by authoritative institutions such as the British Institute of Engineering and Technology and the Institute of Mechanical Engineers provides a solid foundation for scientific and research career development. - Energy and environmental engineering: Graduates can enter energy companies for research and development of new energy technologies and engineering project management, as well as traditional energy industries such as hydrocarbon exploration.
In areas such as carbon capture and storage and renewable energy, a growing number of doctoral graduates are active in front-line projects such as energy transformation, storage systems, etc. - Manufacturing and Engineering Technology: Graduates can be employed in technical research and development in the areas of mechanical manufacturing, automobile industry and aerospace, in product design, process optimization and high-end equipment manufacturing.
Multinational enterprises provide a wealth of technical opportunities for doctors in this field. - Scientific and technical advice and data analysis: Some of the doctoral graduates have entered management consulting, technical advice or data analysis enterprises to provide technical engineering programmes and strategic advice.
The systematic analysis and modelling capabilities of Dr. Engineering have unique advantages in these areas.
