MRC Exposome Immunology PhD Studentships 2027–2028: Fully Funded Four-Year Research Training
Six fully funded four-year PhD studentships at the University of Manchester and University of Oxford will support research into how environmental exposures shape immunity and chronic inflammatory disease.
MRC Exposome Immunology PhD Studentships 2027–2028: Fully Funded Four-Year Research Training
The Medical Research Council (MRC) Centre of Research Excellence in Exposome Immunology is recruiting six funded PhD students for its 2027/28 entry cycle. The programme is based around a clear scientific problem: how environmental exposures at the body’s barrier tissues influence immune function and contribute to chronic inflammatory diseases such as asthma, chronic obstructive pulmonary disease and inflammatory bowel disease.
This is a particularly good opportunity for a graduate who wants doctoral research to connect computational analysis, laboratory immunology and human disease. The programme brings together the University of Manchester and the University of Oxford, and applicants can consider supervisors and themes at both institutions before choosing where to apply. The award is described as fully funded for four years. It covers tuition fees, a tax-free annual stipend at the UKRI rate, lab expenses, training and conference travel.
The application window is scheduled to open on Monday, 14 September 2026 and close on Monday, 23 November 2026. Interviews are planned for the week beginning 25 January 2027. The official page describes this as a 2027/28 opportunity, although one application-instructions subsection uses the label “2026/27.” Applicants should rely on the specific opening, closing and interview dates published on the dedicated programme page and recheck the online portal when it opens.
Key details
| Detail | Information |
|---|---|
| Opportunity | MRC Centre of Research Excellence in Exposome Immunology PhD studentships |
| Cohort | Six studentships for 2027/28 entry |
| Award length | Four years |
| Funding | Tuition fees, UKRI-rate tax-free stipend, lab expenses, training and conference travel |
| Eligible applicants | UK and international applicants |
| Academic threshold | First or Upper Second class UK honours degree, or equivalent qualification outside the UK, in an appropriate area |
| Host choice | University of Manchester or University of Oxford; applicants can apply to only one |
| Research fit | Environmental exposures, barrier immunology, computational biology, experimental medicine and related areas |
| Applications open | 14 September 2026 |
| Application deadline | 23 November 2026 |
| Interviews | Week commencing 25 January 2027 |
| Official source | University of Manchester programme page |
The programme page does not state a fixed cash value for the stipend. “UKRI rate” is the confirmed description, and the applicable rate may be updated for the relevant academic year. Applicants should not treat older UKRI stipend figures from other websites as the amount promised by this call.
What the studentship funds
The core benefit is a four-year funded PhD rather than a short project grant or a partial fee waiver. The published package includes tuition fees and an annual tax-free stipend at the UKRI rate. It also lists lab expenses, training and conference travel. Those details matter because doctoral applicants often compare awards based only on the headline stipend and overlook the cost of producing the research itself.
The programme also offers structured training. The first-year training programme is designed to build skills in environmental science, barrier immunology and wet- and dry-lab techniques. The MRC training offer includes leadership, entrepreneurship, careers and Patient and Public Involvement and Engagement (PPIE). The page also describes an optional Silo Switch placement, which can provide experience in a related environment such as local government, policy, industry or medical communications.
Students join a cohort across Manchester and Oxford rather than working as isolated doctoral researchers. The programme describes cross-institution supervision and access to expertise at both universities. That does not mean every student will work equally at both sites, so applicants should ask the named supervisor or Doctoral Academy admissions team how supervision, facilities and travel will work for their proposed route.
The research problem and available themes
“Exposome” refers broadly to the environmental exposures people experience across their lives. The programme is concerned with the way exposures such as infections, pollution, smoking, diet or other environmental factors interact with barrier tissues and the immune system. The practical goal is to improve understanding and treatment of chronic inflammatory diseases.
The official page groups the research into three main themes. The Data Foundation theme uses computational biology and bioinformatics to examine complex, high-volume biological data. Listed methods include machine learning and artificial intelligence, multi-omic integration, single-cell and spatial analysis, microbiota characterisation, T-cell and B-cell receptor sequencing, and multiplex tissue imaging. This theme could suit an applicant whose strongest preparation is in data science, quantitative biology or computational medicine.
Mechanistic Barrier Immunology focuses on the cellular and molecular pathways through which environmental signals alter immune responses at barrier sites and communicate with other tissues. The programme lists human organotypic models, organ-on-a-chip and tissue-slice models, defined microbiome studies, advanced tissue imaging, spatial transcriptomics, metabolomics, proteomics and matrisome analysis. A strong fit here may come from immunology, cell biology, infection biology, neurobiology, metabolism or extracellular-matrix research.
Experimental Medicine connects mechanistic and computational findings to human challenge and proof-of-mechanism studies. The page mentions prebiotic and probiotic dietary interventions, bacterial metabolite supplements, antigen and vaccine human-challenge work, and pre- and post-therapy sampling in chronic inflammatory diseases. Applicants interested in translational or clinical research should be able to explain how their background prepares them to work responsibly with human data or human studies.
These themes are not three unrelated degree choices. They are connected parts of a programme. Your application should show a specific interest while also explaining how your skills could contribute to the broader research question.
Who is eligible
The programme is open to UK and international applicants. The stated academic requirement is a First or Upper Second class UK honours degree, or an equivalent qualification gained outside the UK, in an appropriate area. The university notes that competition is expected to be high.
The phrase “appropriate area” is important. The page does not reduce eligibility to one named undergraduate subject, which leaves room for several relevant backgrounds, but it does not mean that any degree automatically fits. Your transcript and experience should make a credible connection to the scientific theme you select. Relevant preparation could include biomedical science, immunology, microbiology, genetics, computational biology, bioinformatics, environmental science, medicine, public health or a quantitatively strong related discipline.
International applicants should separately check the university’s English-language, visa and fee requirements. The programme page confirms that international applicants may apply and that tuition fees and stipend funding are provided, but it does not spell out every immigration or admissions condition on the opportunity page. Do not assume that a funded studentship removes every administrative requirement.
You must choose one host institution. The Manchester instructions say an applicant can apply via Manchester or Oxford, but not both. If you are drawn to supervisors at both universities, compare the research themes, facilities, training environment and application instructions before submitting. A second application may not be permitted under the programme rules.
Application process and timeline
The application begins with fit and supervisor research. The programme asks applicants to decide whether they want to apply through Manchester or Oxford, identify a research theme and select up to three supervisors at the chosen institution. The Manchester page says that applicants should state their preferred research topics and up to three supervisors on the form.
The Manchester route then uses the university’s online postgraduate research application system. The programme instructions identify the level of study as Postgraduate Research and name the academic programme as “MRC CoRE in Exposome Immunology.” The page lists a September intake. Because the page contains an inconsistent academic-year label in one subsection, check the live form carefully when applications open and confirm that the programme title, entry year and funding selection match the current call.
The published timetable is:
- Applications open: 14 September 2026.
- Applications close: 23 November 2026.
- Interviews: week commencing 25 January 2027.
The official page does not state a decision date. Do not invent one in your planning calendar. Instead, prepare for the possibility that references, interview preparation and university admissions steps may continue after the interview week. The admissions contact listed by the faculty is the Doctoral Academy admissions team, and the programme page gives the university’s main contact number for questions.
Materials to prepare
The programme page tells applicants to choose their host, research theme and supervisors. Manchester’s general postgraduate research application guidance gives a useful supporting-document checklist for funded programmes: a supporting statement, references, certificates and transcripts, an official English-language certificate where required, and a CV. The dedicated programme page should remain the authority for any extra field or document added to this studentship’s live application.
Prepare the following before the portal opens:
- A one-page map of your academic preparation, research experience and the theme you want to pursue.
- A transcript review identifying the modules that support your proposed direction.
- A concise CV that makes your methods, data, laboratory and writing experience easy to verify.
- A shortlist of supervisors with notes on why each person’s work is relevant.
- A draft supporting statement that connects your past work to the programme’s scientific question.
- A reference request sent early enough for the referee to discuss your research ability rather than provide a generic character reference.
- Proof of English-language ability if the university requires it for your background.
You do not need to pretend that you have already designed a complete four-year PhD. The programme says applicants choose topics and supervisors when applying and co-develop project aims after the programme begins. Your application should demonstrate informed direction and the ability to learn, not claim certainty about experiments that have not been agreed.
How to make the application stronger
Start with a problem, not a list of techniques. “I want to use machine learning, organ-on-a-chip models and spatial transcriptomics” is less persuasive than a short explanation of what biological uncertainty those tools could help resolve. The methods should serve a research question.
Show evidence at the right scale. A strong research example might describe the question, the data or samples you worked with, your specific contribution, what you found, and what you would change next time. This is more useful than saying that you are passionate about immunology. If your experience is mainly computational, explain how you handled noisy data, reproducibility or biological interpretation. If it is mainly laboratory-based, explain experimental controls, troubleshooting and how you interpreted results.
Use the supervisor list intelligently. Three names should not look like three unrelated choices. Explain the common research thread that links them and identify the part of each person’s work that interests you. It is also reasonable to say that you are open to refining the project with the supervisor; the programme explicitly anticipates co-development.
Make international or interdisciplinary experience concrete. The programme values collaboration between Manchester and Oxford and includes training beyond one laboratory method. Rather than using broad claims about interdisciplinarity, name an example of translating between fields, working with a mixed team, communicating technical results or learning a new method.
Finally, keep the patient and public dimension in view. The programme includes PPIE training and addresses chronic diseases that affect people across the lifespan. You do not need to claim that you have solved public-engagement questions, but you should show that you understand research quality includes responsible communication, relevant outcomes and attention to the people affected by disease.
Common mistakes to avoid
The most serious mistake is applying to the wrong institution or submitting duplicate applications. The programme says applicants can apply to Manchester or Oxford, not both. Decide before you begin the form.
Another mistake is treating the UKRI stipend as a fixed universal number. The source confirms the funding mechanism but not a cash figure for this call. Use the official rate published for the relevant year and ask the admissions team if you need to understand how international fees or additional costs are handled.
Do not submit an unsolicited project with no supervisor connection. Manchester’s general guidance says applicants should contact a listed supervisor and include the supervisor and provisional project title in the application. Contact should be purposeful: send a short note that identifies the theme, your preparation and the reason the supervisor’s work is relevant.
Avoid listing every technique in the programme description. A long catalogue can make an application sound unfocused. Choose one main theme and explain the biological problem you want to understand. Mention adjacent methods only when they support that explanation.
Do not leave references and language documentation until the closing day. The deadline is a submission deadline, and Manchester’s general guidance says incomplete applications will not be considered. Uploading a draft while waiting for required evidence may not protect an incomplete application.
Frequently asked questions
Is this a fully funded PhD?
Yes. The programme describes a four-year fully funded studentship covering tuition fees, an annual tax-free stipend at the UKRI rate, lab expenses, training and conference travel.
Are international applicants eligible?
Yes. The dedicated page says the studentships are available to UK and international applicants. International candidates must still meet the university’s academic, English-language and immigration requirements.
How many studentships are available?
Six studentships are listed for the 2027/28 entry cycle.
Can I apply to both Manchester and Oxford?
No. The Manchester instructions say applicants can choose one host institution and can apply through Manchester or Oxford, but not both.
Do I need to propose a finished PhD project?
No finished project is described as a requirement. Applicants choose research topics and up to three supervisors, and the programme says project aims will be co-developed after the programme begins. You still need a credible research direction and a clear explanation of fit.
What is the exact stipend amount?
The official page confirms an annual tax-free stipend at the UKRI rate but does not state a numeric amount. Check the current UKRI rate and the university’s live funding terms before relying on a figure.
When does the application open and close?
Applications are scheduled to open on 14 September 2026 and close on 23 November 2026. Interviews are planned for the week commencing 25 January 2027.
Official links and next steps
Begin with the University of Manchester’s dedicated MRC Centre of Research Excellence in Exposome Immunology studentship page. It is the source for the six-studentship announcement, funding coverage, research themes, eligibility and programme dates.
Before the portal opens, review the university’s general postgraduate research application guidance and before-you-apply checklist. Use those pages to prepare references, transcripts, certificates, English-language evidence and your CV, then return to the dedicated programme page for the live application instructions.
The most useful immediate action is to choose one host institution and one primary theme. Then identify up to three potential supervisors, read their current research descriptions, and write a short fit note for each. That preparation will make the September application less rushed and will give you a substantive basis for any pre-application supervisor contact.