University of Exeter EPSRC Fully Funded Engineering PhD Studentships 2027 in the UK: Research Projects, Funding, Eligibility and Application Guide

The University of Exeter is inviting applications for its Engineering and Physical Sciences Research Council (EPSRC) Doctoral Landscape Award (DLA) PhD Studentships for September 2027 entry. These competitive doctoral studentships are designed for outstanding applicants who want to pursue advanced research in engineering, science, technology, and interdisciplinary research areas at one of the United Kingdom’s research-intensive universities.

The studentships offer an opportunity for eligible candidates to undertake doctoral research while receiving financial support through a maintenance stipend, university tuition fee coverage at the UK Home-fee rate, and a Research Training Support Grant. Successful candidates can receive support for up to 3.5 years of full-time study, with funding arrangements adjusted proportionally for part-time study where applicable.

The University of Exeter is offering multiple projects across its Department of Engineering. The available research topics include additive manufacturing for extreme environments, carbon dioxide electrolysis, electric propulsion, scientific machine learning, graph neural networks for visibility forecasting, regenerative bone-screw interfaces, and electrochemical lithium extraction. These projects span several areas of contemporary engineering and scientific research, providing opportunities for applicants with relevant academic backgrounds to pursue specialized doctoral work.

The application deadline is 8 December 2026 at midday. Applicants must meet both the academic entry requirements and the relevant residency criteria to qualify for the fully funded studentship. Since residency requirements are complex, candidates should carefully consult the university’s official funding eligibility guidance before applying.

University of Exeter EPSRC PhD Studentships 2027: Overview

The EPSRC Doctoral Landscape Award supports doctoral research within the remit of the Engineering and Physical Sciences Research Council. At the University of Exeter, the award provides funding for selected PhD projects in engineering and related disciplines, including projects that connect different academic fields and collaborate with external users where appropriate.

The key details of the opportunity are summarized below:

• University: University of Exeter
• Funding scheme: Engineering and Physical Sciences Research Council (EPSRC) Doctoral Landscape Award
• Opportunity: Department of Engineering PhD Studentships
• Entry period: September 2027
• Funding period: Up to 3.5 years of full-time doctoral study
• Study location: Devon or Cornwall, depending on the location of the lead supervisor
• Funding package: Maintenance stipend, university tuition fees at the Home-fee rate, and a Research Training Support Grant
• Stipend stated in the announcement: £21,805 per year at the 2026/27 rate
• Research Training Support Grant: £5,000 over 3.5 years, or pro rata for part-time students
• Application fee: No application fee is specified in the supplied announcement
• Application deadline: 8 December 2026 at midday
• Reference deadline: 8 January 2027
• Potential interview period: 15–24 February 2027 for general interviews
• General enquiries: pgrapplicants@exeter.ac.uk
• Official funding information: https://www.exeter.ac.uk/study/pg-research/funding/phdfunding/epsrc-dla-studentships/

Applicants should review the individual project descriptions because additional requirements may apply to particular projects. The precise research location, supervisory team, and any project-specific expectations depend on the selected project.

About the University of Exeter

The University of Exeter is a research-intensive university in the United Kingdom. Its research environment brings together academic departments, specialist facilities, and collaborations intended to advance knowledge and support innovation across different disciplines.

According to the university’s announcement, Exeter has invested more than £350 million in science and engineering since 2008. The university also highlights its performance in the UK’s Research Excellence Framework (REF) 2021, reporting that 99% of its research was rated as being of international quality, including 89% rated internationally excellent and 47% rated world-leading.

These figures illustrate the university’s stated commitment to research quality and investment. Prospective doctoral students can explore the university’s research profile and case studies through its official research assessment page:

https://www.exeter.ac.uk/research/ref2021/

For PhD candidates, the research environment is an important consideration when selecting a doctoral institution. Access to suitable academic supervision, research facilities, specialist equipment, and relevant research communities can influence the development of a doctoral project.

The EPSRC studentships are intended to support research in engineering and related fields while giving selected candidates access to the university’s postgraduate research community.

About the EPSRC Doctoral Landscape Award

The Engineering and Physical Sciences Research Council is the research council associated with research across engineering and the physical sciences in the United Kingdom. The EPSRC Doctoral Landscape Award at Exeter supports selected doctoral research projects that fall within its research remit.

The University of Exeter states that the studentships will be awarded to outstanding applicants. The distribution of studentships will be overseen by the university’s EPSRC Strategy Group in partnership with the Doctoral College.

The scheme covers projects across the EPSRC remit, including interdisciplinary work and projects involving collaboration with users where appropriate. This approach allows doctoral researchers to investigate research questions that may involve more than one technical discipline or have applications beyond a single academic field.

For prospective applicants, the award offers a structured opportunity to pursue a specific research project under an academic supervisory team. Candidates should therefore consider not only the funding package but also the research topic, the expertise of the supervisors, and the requirements of the project before applying.

Engineering PhD Research Projects Available for 2027 Entry

The University of Exeter lists six research projects under the Department of Engineering studentships. Applicants can apply for up to three projects, but they must submit a separate application for each project they want to be considered for.

The available projects cover advanced manufacturing, energy technology, electric propulsion, machine learning, computer vision-related forecasting, biomedical engineering, and lithium extraction.

1. Engineering Ceramic Powder Feedstocks for Additive Manufacturing of Components for Extreme Environments

This project focuses on engineering ceramic powder feedstocks for additive manufacturing, a group of manufacturing techniques commonly associated with three-dimensional printing.

The project title indicates a focus on developing or improving the materials used to produce ceramic components for extreme environments. Components designed for such environments may need to meet demanding requirements relating to temperature, mechanical performance, chemical exposure, or other operating conditions, depending on their intended application.

Ceramic materials can be relevant to advanced engineering because of their potential suitability for specialized applications. In additive manufacturing, the characteristics of the starting powder can affect how material is processed and how the resulting component performs.

Applicants interested in advanced materials, manufacturing processes, materials engineering, or related areas may wish to examine this project description in detail. The precise research questions, experimental methods, and additional entry requirements should be checked in the official project documentation.

2. Engineering Catalyst-Layer Microenvironments for Selective and Durable Acidic CO₂ Electrolysis

This project concerns the engineering of catalyst-layer microenvironments for acidic carbon dioxide electrolysis.

Carbon dioxide electrolysis is an area of research focused on using electrochemical processes to convert carbon dioxide into other chemical products. The performance of these systems can depend on catalyst properties, reaction conditions, and the environment in which reactions take place.

The project title emphasizes selectivity and durability. Selectivity concerns the ability of a process to favor a desired product, while durability relates to maintaining performance over time. The catalyst-layer microenvironment is therefore a central element of the research topic.

The project may be relevant to candidates interested in electrochemistry, chemical engineering, energy-related technologies, catalysis, or materials research. Applicants should consult the individual project document for the detailed research objectives, supervisor information, and any specific qualifications required.

3. Multiscale Scientific Machine Learning Digital Twins for High-Torque Electric Propulsion under Extreme Duty Cycles

This project combines scientific machine learning, digital twins, and electric propulsion.

A digital twin is generally understood as a digital representation of a physical system that can be used to study, model, or monitor its behavior. Scientific machine learning brings machine-learning techniques into scientific and engineering problems, potentially combining data-driven methods with physical understanding.

The project title focuses on high-torque electric propulsion under extreme duty cycles. This suggests an interest in modeling and understanding propulsion systems that operate under demanding or changing conditions. The specific modeling techniques and engineering applications will be defined by the project description.

This project may interest applicants with backgrounds in electrical engineering, mechanical engineering, computational science, applied mathematics, control systems, scientific computing, or machine learning.

Candidates should assess the precise technical requirements before applying, particularly if the project expects experience in numerical modeling, machine learning, physical-system simulation, or electric propulsion.

4. Physics-Aware Graph Neural Networks for Robust Short-Term Visibility Forecasting

This project focuses on graph neural networks and the integration of physical knowledge into machine-learning models for short-term visibility forecasting.

Graph neural networks are machine-learning methods designed to work with graph-structured information. Depending on the application, graphs can represent relationships among locations, measurements, objects, or other interconnected elements.

The term physics-aware indicates that the project intends to incorporate physical knowledge into the modeling approach rather than relying solely on data-driven patterns. The research aims to support robust forecasting of visibility over short time horizons.

The topic may be suitable for applicants with backgrounds in computer science, artificial intelligence, machine learning, applied mathematics, engineering, atmospheric or environmental modeling, or related quantitative disciplines. The project documentation should be consulted to confirm the specific knowledge and experience expected from applicants.

5. 3D Printing Mechanically Adaptive Regenerative Interfaces for Improved Bone Screw Fixation

This project focuses on the use of 3D printing to develop mechanically adaptive regenerative interfaces intended to improve bone-screw fixation.

The project sits at the intersection of manufacturing, materials, mechanical engineering, and biomedical applications. Bone screws are used in medical settings, and the performance of fixation systems can be influenced by the interaction between the implant and surrounding bone.

The research title emphasizes mechanically adaptive interfaces and regeneration. The precise materials, design approaches, experimental procedures, and intended applications will depend on the official project plan.

Applicants interested in biomedical engineering, materials science, mechanical engineering, additive manufacturing, biomaterials, or related areas may wish to investigate this opportunity.

Because this is a specialized research project, applicants should review its project-specific requirements and confirm that their academic preparation is appropriate for the proposed work.

6. Electrochemical Lithium Extraction

The sixth listed project concerns electrochemical lithium extraction.

Lithium is an important material for several technologies, including rechargeable batteries. Research into extraction methods can involve questions about separation processes, electrochemical systems, efficiency, selectivity, and resource recovery.

The project title identifies electrochemistry as a central part of the research. However, the supplied announcement does not provide further details about the project’s precise objectives, feedstock, methods, or intended applications.

Interested applicants should open the official project description to understand the proposed research, identify the lead supervisor, and confirm whether any additional qualifications or experience are required.

Can Applicants Apply for More Than One PhD Project?

Yes. The University of Exeter permits applicants to apply for up to three projects listed under the EPSRC Doctoral Landscape Award studentships.

However, candidates must submit a separate application for each project they wish to be considered for. A single application should not be assumed to cover multiple research projects.

Applicants submitting more than one application must indicate their preferred project in their personal statement. This is important because the selection team needs to understand which research opportunity is the candidate’s first choice.

Before applying to multiple projects, candidates should consider the following:

• Whether their academic qualifications match each project’s requirements.
• Whether their previous research experience is relevant to each topic.
• Whether they can explain their interest in each project convincingly.
• Whether their skills and future research goals align with the proposed work.
• Which project they would most prefer to pursue if selected.

Submitting applications for multiple projects may allow candidates to be considered for more than one research opportunity, but it does not guarantee selection for any of them.

Funding Benefits: What Does the EPSRC Studentship Cover?

The University of Exeter describes the available awards as fully funded EPSRC studentships for eligible applicants. The funding package listed in the announcement contains three main elements: a maintenance stipend, payment of university tuition fees at the Home-fee rate, and a Research Training Support Grant.

It is important to read these elements carefully because the funding conditions depend on eligibility, study mode, and the university’s applicable rules.

1. Annual maintenance stipend

Successful eligible applicants may receive an index-linked maintenance stipend for up to 3.5 years of full-time study.

The announcement lists the stipend as £21,805 per year at the 2026/27 rate. It also refers to the current Research Council rate in the summary. The actual applicable rate for 2027/28 should be confirmed with the university, as stipend rates may change between academic years.

The stipend is intended to provide financial support for a student’s living costs while undertaking doctoral research. It should not be confused with a salary for employment, and the announcement does not specify that the award includes every possible personal or travel expense.

For part-time students, the stipend is calculated on a pro-rata basis, according to the stated funding information.

2. University tuition fees

The award covers University of Exeter tuition fees at the UK Home-fee rate for successful eligible applicants.

This detail is particularly important for international applicants. The announcement specifies Home tuition fees rather than confirming that the award will cover any difference between Home and international tuition rates.

Applicants should therefore check the residency requirements and the applicable tuition-fee classification before assuming that all their tuition costs will be covered. Meeting the academic entry requirements alone does not establish eligibility for this funding package.

3. Research Training Support Grant

The studentship includes a Research Training Support Grant (RTSG) of £5,000 over 3.5 years, or a pro-rata amount for part-time students.

The RTSG is intended to support eligible research-related needs under the award’s applicable conditions. The supplied announcement does not provide a complete breakdown of allowable expenditure, so candidates should consult the university’s official funding guidance for details about how the grant can be used.

Applicants should also distinguish the RTSG from the maintenance stipend. The grant is a separate component of the funding package and should not be treated as additional personal living-cost income without checking the applicable rules.

4. Funding duration

The funding package is available for up to 3.5 years of full-time study. The announcement also states that the stipend and RTSG are adjusted proportionally for part-time students.

The exact arrangements for a successful candidate will depend on the award terms, the selected project, the approved study mode, and the university’s funding conditions.

Is the studentship fully funded for international applicants?

Not necessarily. Although the announcement describes the award as fully funded for eligible applicants, it specifically lists payment of tuition fees at the Home-fee rate and states that applicants must meet both academic and residence criteria.

International applicants should not assume that their nationality alone establishes eligibility or that the award automatically covers international tuition fees. They must carefully check the funding eligibility guidance for 2027/28 and confirm their fee status and residence eligibility with the university.

Eligibility Requirements for the EPSRC Engineering PhD Studentships

Applicants must meet both the academic requirements and the residency criteria to qualify for a fully funded studentship.

The university emphasizes that the residence requirements are complex and cannot be fully explained in the short announcement. Applicants are therefore directed to the university’s detailed eligibility guidance, alongside relevant information from GOV.UK and UKCISA.

Academic qualifications

Applicants should have obtained, or be about to obtain, one of the following:

• A First Class UK Honours degree in an appropriate area of science or technology.
• An Upper Second Class UK Honours degree in an appropriate area of science or technology.
• An equivalent qualification gained outside the United Kingdom.

Applicants with a Lower Second Class degree may also be considered if they have a Master’s degree or significant relevant non-academic experience.

The degree must be in an appropriate area of science or technology. Since the available projects cover different technical fields, the most suitable academic background may differ from one project to another.

Project-specific entry requirements

Some projects have additional entry requirements that will be considered during the application process. These requirements are described in the individual project PDF documents.

Applicants should not rely solely on the general entry requirements. Before applying, they should read the project description for their preferred research topic and check whether the project requires particular subject knowledge, research experience, technical skills, or other qualifications.

Residency and fee-status requirements

To qualify for a fully funded studentship, applicants must meet the relevant residence criteria in addition to the academic requirements.

The university warns that these requirements are complex and directs applicants to the detailed guidance for 2027/28 entry. Candidates should review that guidance carefully and consult the UK government’s and UKCISA’s information where relevant.

The supplied announcement does not reproduce the complete residence rules, so it is not possible to determine an individual’s eligibility from nationality alone. Applicants who are uncertain about their status should seek clarification from the university before relying on the funding being available to them.

English-language requirements

Applicants whose first language is not English must meet the university’s English-language requirements and provide evidence of proficiency where required.

The announcement also states that applicants who are not nationals of a majority English-speaking country must submit evidence of their current English proficiency. Applicants should review the university’s requirements and accepted alternative tests to establish which evidence they need to provide.

Official English-language requirements:
https://www.exeter.ac.uk/pg-research/apply/english/

Equality, diversity, and inclusion

The University of Exeter states that it encourages applications from people with varied experiences and backgrounds, regardless of age, race, ethnicity, sexual orientation, gender, religion, or disability status.

The university also welcomes applications from groups currently underrepresented in its postgraduate research community. It states that applicants will be judged on merit alone and that reasonable adjustments can be made during the selection process and for undertaking studies.

Applicants who may need adjustments for interviews or their studies can consult the university’s relevant support services. Successful candidates who require reasonable adjustments are encouraged to contact the university’s wellbeing services team after receiving an offer.

Application Documents: What You Need to Prepare

Applicants must upload the documents requested in the studentship application form. The university states that PDF is its preferred format and recommends naming each file using the applicant’s surname and the document name.

For example, a file could be named “Smith – CV.pdf”.

The application documents listed in the announcement are as follows.

1. Personal statement

The personal statement should explain the applicant’s academic interests, previous research experience, and reasons for wanting to undertake the selected project.

Applicants applying for multiple EPSRC DLA projects must identify their preferred project in the statement.

A clear personal statement should explain why the chosen topic is appropriate for the applicant’s academic background and research goals. Candidates should address the project they are applying for rather than relying on a general statement that could be used for unrelated doctoral opportunities.

2. Curriculum vitae (CV)

Applicants must provide a CV summarizing their academic qualifications, research experience, relevant skills, and other experience relevant to doctoral study.

The CV should be accurate, clear, and easy to review. Where applicable, candidates can include previous research projects, technical skills, relevant employment, publications, presentations, or other academic activities that demonstrate their preparation for the proposed research.

3. Academic transcripts

Applicants must provide transcripts giving full details of the subjects studied and the grades or marks obtained.

Candidates who are still studying should submit an interim transcript, as stated in the announcement. The university also requires certified translated copies of academic qualifications where applicable.

All application documents must be submitted in English. Applicants with qualifications issued in another language should make sure that the required certified translations are available.

4. Two references

Applicants must arrange for two references to be submitted.

It is the applicant’s responsibility to ensure that the referees email their references to pgrapplicants@exeter.ac.uk no later than 8 January 2027.

References should be provided in letter form and sent from the referees’ institutional email accounts. The university states that it cannot accept references sent from personal or private email accounts unless the reference is a scanned document on institutional headed paper and signed by the referee.

Applicants should contact their referees well before the deadline to allow enough time for the letters to be prepared and sent.

The university warns that applications with missing documentation will not progress to shortlisting. Candidates should therefore track the reference submissions and ensure that all required documents are received.

5. English-language evidence

Where required, applicants must provide evidence of their current English proficiency. They should check the university’s accepted qualifications and alternative tests before submitting their application.

Document preparation checklist

Before submitting, applicants should confirm that they have:

• Prepared a personal statement tailored to the selected project.
• Updated their CV.
• Obtained the required academic transcripts.
• Arranged two references and informed their referees of the 8 January 2027 reference deadline.
• Prepared English-language evidence, if required.
• Obtained certified translations of academic qualifications where applicable.
• Saved the application documents in the preferred PDF format.
• Named files clearly using their surname and the document name.
• Indicated their preferred project if applying for more than one project.
• Checked the individual project description for any additional requirements.

How to Apply for the University of Exeter EPSRC PhD Studentships 2027

Applicants must apply through the departmental application link included in the description document for the specific research project they wish to pursue.

The university explains that using the correct link is important to ensure that the application reaches the appropriate selection panel.

Follow these steps to apply:

1. Explore the available projects. Review the six listed research topics and identify the project that best matches your academic background and research interests.
2. Open the official EPSRC funding page. Read the university’s funding information and the detailed eligibility guidance for 2027/28.
3. Read the selected project’s description. Identify the supervisory team, research objectives, study location, and any additional entry requirements.
4. Check your academic eligibility. Confirm that your degree or equivalent qualification meets the stated entry requirements.
5. Check your residency eligibility. Review the detailed guidance and confirm whether you qualify for the funding and Home-fee arrangements.
6. Prepare your application documents. Complete your personal statement, CV, transcripts, and any required English-language evidence.
7. Arrange two references. Ask your referees to submit reference letters to pgrapplicants@exeter.ac.uk by 8 January 2027.
8. Submit a separate application for each project. You may apply for up to three projects. If applying for multiple projects, indicate your preferred choice in your personal statement.
9. Use the correct departmental link. Submit each application through the link provided in the corresponding project description.
10. Check the application before the deadline. Ensure all required documents are submitted in English and that the information is complete.
11. Prepare for possible interviews. Shortlisted applicants may be invited to a technical interview and, if nominated to the next stage, a general interview.

Applicants should retain copies of their documents and any submission confirmations. They should also monitor their email for communication from the university

Apply here

Application Deadline and Interview Timeline

The closing date for applications is Tuesday, 8 December 2026, at midday.

Applicants should not confuse the application deadline with the deadline for references. The two dates serve different purposes:

• Application deadline: 8 December 2026 at midday.
• Reference deadline: 8 January 2027.

Candidates should submit their applications before the December deadline and arrange their references early. The university states that applications missing documentation will not progress to shortlisting, so applicants should not assume that references can be submitted at any time without affecting their application.

Interview process

Applicants shortlisted by the department may be asked to attend a technical interview. Those who are successfully nominated to the next stage will be asked to attend a general interview.

General interviews are expected to take place between 15 and 24 February 2027.

The announcement does not state that every applicant will be interviewed or provide a detailed interview format. Candidates should therefore monitor communications from the university and follow any instructions they receive if shortlisted.

Supervisors and Study Locations

Each supervisory team will consist of at least two University of Exeter academic staff members.

The location of the PhD will depend on where the lead supervisor is based. The university states that study may take place in Devon or Cornwall.

The individual project descriptions provide details about the supervisory teams. Applicants should read those descriptions to identify the academic staff associated with their preferred research topic and to understand the project’s setting.

Choosing a PhD project involves more than selecting a general subject area. Candidates should consider the research question, the expertise of the supervisors, the required methods, the facilities available, and the relationship between the project and their long-term research interests.

Where the university recommends contacting an academic supervisor, applicants should use the university’s supervisor-finding guidance to identify an appropriate contact whose research interests match their own.

Equality, Diversity, and Inclusion at the University of Exeter

The University of Exeter emphasizes equality, diversity, and inclusion as important parts of its academic and working environment.

The announcement states that the university has more than 27,000 students and 6,400 staff from 180 different countries. It describes diversity as a strength and encourages applications from people with varied backgrounds and experiences.

Applicants are welcomed regardless of age, race, ethnicity, sexual orientation, gender, religion, or disability status. The university also states that it is committed to creating an inclusive culture in which members of the community are supported to thrive.

While applications are judged on merit, the university particularly welcomes applicants from groups underrepresented within its postgraduate research student community. Reasonable adjustments may be available for interviews and for undertaking doctoral studies.

Applicants who need adjustments should consult the university’s relevant support information and follow the instructions for requesting assistance. Successful candidates who require support are encouraged to contact the wellbeing services team after receiving notification of an offer.

Important Funding and Application Considerations

Before applying, candidates should pay particular attention to several details in the announcement.

First, funding eligibility includes residency criteria. Academic qualifications alone do not establish eligibility for the fully funded studentship. Applicants must consult the detailed guidance for 2027/28.

Second, tuition fees are stated at the Home-fee rate. International applicants should verify their fee status and confirm what the award would cover in their circumstances.

Third, the stipend rate may change. The announcement lists £21,805 per year at the 2026/27 rate while also referring to the Research Council rate in the funding summary. Candidates should confirm the applicable stipend for 2027/28 with the university.

Fourth, each project has its own description. Some projects include additional entry requirements. Applicants should not assume that the general academic requirements are the only conditions relevant to their chosen topic.

Fifth, references have a separate deadline. Referees must email their references by 8 January 2027, and missing documentation may prevent an application from progressing to shortlisting.

Finally, the university requires applications to be submitted through the correct project link. Applicants should use the departmental link provided in the project description to ensure that their application reaches the relevant panel.

Official Links and Contact Information

Applicants should consult the official University of Exeter pages for complete funding rules, project descriptions, and submission instructions.

• EPSRC Doctoral Landscape Award studentships: https://www.exeter.ac.uk/study/pg-research/funding/phdfunding/epsrc-dla-studentships/
• Funding eligibility for 2027/28 entry: https://www.exeter.ac.uk/study/pg-research/funding/phdfunding/epsrc-dla-studentships/important_information_epsrcdla/
• Department of Engineering: https://engineering.exeter.ac.uk/
• English-language requirements: https://www.exeter.ac.uk/pg-research/apply/english/
• Research Excellence Framework 2021 information: https://www.exeter.ac.uk/research/ref2021/
• General application enquiries: pgrapplicants@exeter.ac.uk

For questions about a research proposal, applicants should contact an appropriate supervisor whose research interests match the proposed project, using the university’s supervisor-finding guidance.

Conclusion

The University of Exeter EPSRC Doctoral Landscape Award Engineering PhD Studentships for September 2027 entry provide an opportunity for eligible candidates to undertake funded doctoral research in a range of engineering and interdisciplinary research areas. The six listed projects cover advanced ceramic manufacturing, carbon dioxide electrolysis, electric propulsion and scientific machine learning, graph neural networks for visibility forecasting, regenerative interfaces for bone-screw fixation, and electrochemical lithium extraction.

The award provides a maintenance stipend, university tuition fees at the Home-fee rate, and a Research Training Support Grant for up to 3.5 years of full-time study, subject to the applicable funding conditions. Applicants should pay particular attention to the residence criteria, fee classification, project-specific entry requirements, and the stipend rate applicable to the 2027/28 academic year.

Candidates may apply for up to three projects, but a separate application is required for each one. A complete application includes a personal statement, CV, academic transcripts, and two references, along with English-language evidence and other documentation where required.

The application deadline is 8 December 2026 at midday, while references must reach the university by 8 January 2027. Prospective applicants should review the official funding guidance and project descriptions, prepare their documents early, and submit through the correct departmental application link.

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