The University of Exeter in the United Kingdom has announced a fully funded PhD studentship for students interested in engineering, nanotechnology, computational modelling and materials science.
The PhD Studentship in Kinetic Pathways to Control Nanocrystal Shapes is being offered through the university’s Department of Engineering as part of the ERC-funded kineticSHAPES research programme.
The opportunity includes full tuition fee coverage for both Home and International students, along with a tax-free annual stipend of at least £21,805 for four years.
The programme offers two PhD positions at the University of Exeter’s Streatham Campus and will provide successful candidates with an opportunity to work on advanced research into the processes that determine the shapes and structures of nanocrystals.
Fully funded PhD opportunity in the UK
The studentship is designed for candidates who want to pursue doctoral-level research while developing advanced computational and scientific skills.
Successful scholars will have access to the University of Exeter’s research facilities and will work under the supervision of experienced researchers, including Dr Carlos Lange Bassani and Professor Ana Neves.
The research will combine computational modelling with experimental collaboration. Students will be expected to develop a strong understanding of how kinetic and thermodynamic processes influence nanocrystal growth.
The project could provide valuable experience for students planning careers in academia, materials engineering, nanotechnology, chemical engineering and industrial research.
What will the research focus on?
The research project focuses on understanding how non-equilibrium processes influence the shape and morphology of nanocrystals during their growth.
Researchers will investigate how different kinetic pathways and thermodynamic conditions affect the final structure of nanocrystals.
The project will examine several factors, including crystal structure, solution concentration, twinning, branching, chirality, crystallographic direction and surface area.
Understanding these processes could help researchers gain greater control over nanocrystal formation and improve the ability to produce materials with specific structures and properties.
The research has potential applications in areas including nanotechnology, materials science, chemical engineering and advanced manufacturing.
Scholarship benefits
One of the biggest advantages of the opportunity is its full funding package.
The studentship will cover Home and International tuition fees, meaning eligible international students can also receive tuition support.
In addition, successful candidates will receive a tax-free stipend of at least £21,805 per year for four years to help support their living expenses during the doctoral programme.
Students will also gain access to the university’s research environment and receive expert academic supervision throughout their studies.
The programme will provide training in several advanced areas, including simulation, programming, statistical thermodynamics and chemical physics.
Advanced technical training
The PhD students will have the opportunity to develop expertise in several computational research methods.
These include kinetic Monte Carlo modelling, C++ programming, molecular dynamics, density functional theory and lattice Boltzmann simulations.
Students will also work alongside experimental researchers, allowing them to compare computational results with experimental findings.
This combination of computational and experimental research can help scholars develop practical skills that are valuable for both academic and industrial careers.
Candidates with previous experience in programming or simulation may have an advantage, although the programme can also provide opportunities to develop technical expertise during the PhD.
Eligibility criteria
Applicants should hold, or expect to obtain, a First or Upper Second Class UK Honours degree or an equivalent international qualification.
Relevant academic backgrounds include Chemical Engineering, Materials Engineering, Physics, Chemistry or another closely related field.
Applicants should have a strong interest in mathematics and physical sciences.
Previous experience with C/C++, Python, particle-based simulations, statistical thermodynamics or chemical physics can strengthen an application.
However, candidates who do not have experience in every listed technical area may still be considered if they demonstrate the appropriate academic background and interest in the research.
Important scholarship details
The programme is open to applicants from a wide range of countries, including Pakistan, India, Bangladesh, China, Saudi Arabia, the United Arab Emirates, Türkiye, the United States, Canada, Australia and many other countries.
The scholarship is offered at the doctoral/PhD level in the field of Engineering.
The programme is scheduled to begin in September 2026, while the application deadline is listed as August 14, 2026.
Applicants are expected to provide academic transcripts and degree documents as part of the application. The scholarship information also lists an essay and two recommendation letters among the application requirements.
English-language requirements include recognised tests such as IELTS, TOEFL iBT, PTE Academic and Duolingo English Test, subject to the university’s applicable requirements.
How to apply
Interested candidates should review the official University of Exeter PhD application requirements before submitting an application.
Applicants should identify the PhD Studentship in Kinetic Pathways to Control Nanocrystal Shapes when applying and prepare their academic records, supporting documents and other required materials.
Candidates should also clearly demonstrate their interest in computational modelling, nanocrystal research, materials science and related areas.
Because the deadline is August 14, 2026, prospective applicants should complete their documents and submit their applications as early as possible.
Career opportunities after the PhD
The programme can provide graduates with advanced expertise that may be useful across several scientific and engineering sectors.
Potential career paths include computational materials science, nanotechnology, chemical engineering, materials engineering, scientific programming, advanced manufacturing, industrial research and development, and academic research.
The combination of computational modelling, programming and experimental collaboration can also help graduates develop transferable research skills applicable to emerging technologies.
For students seeking a fully funded doctoral opportunity in the UK, the University of Exeter studentship offers a combination of tuition coverage, financial support and specialised research training.
Scholarship Snapshot
- Institution: University of Exeter
- Country: United Kingdom
- Level: Doctoral / PhD
- Field: Engineering
- Type: Fully Funded
- Tuition: Home and International fees covered
- Stipend: At least £21,805 per year
- Duration: Four years
- Positions: 2
- Start Date: September 2026
- Deadline: August 14, 2026
- Campus: Streatham Campus
- Research Area: Nanocrystal shapes and kinetic pathways
Also read: UK Scholarships 2026: Opportunities for Pakistani Students
