BBSRC-Funded PhD Studentships: The NEEDL Partnership is offering up to 20 four-year BBSRC-funded PhD studentships commencing in October 2026. This exciting opportunity is designed for candidates interested in cutting-edge research across various scientific disciplines.
Designation:
PhD Studentship
| Field | Details |
|---|---|
| Research Area | Engineering Biology, Computational Biology, Industrial Biotechnology, Structural Biology, Chemical Biology, Anti Microbial Drug Discovery, Microbes, Microbiomes, Host-Microbe Interactions, Agriculture, Food Security, Nutrition, Regenerative Biology, Neuroscience, Aging |
| Location | Newcastle University (applications managed centrally), with potential projects available at Durham, Northumbria, and Teesside Universities. |
| Eligibility/Qualification | – Minimum of an upper second class (2.1) in a relevant degree or equivalent. – Open to Home (UK) and International students (30% cap on international applicants). |
Description:
The NEEDL doctoral landscape offers a robust funding structure, including a tax-free stipend at the UKRI rate (indicative amount in year one 2026-27: £21,383), research costs, and tuition fees. The application process consists of a two-step procedure, with a focus on both academic credentials and passion for the chosen research area.
How to Apply:
- Complete the online Google Form.
- Email the required supporting documents to needl@newcastle.ac.uk.
- Required documents include:
- CV (with details of at least two academic referees)
- Cover letter stating your project choice and pertinent information
- Relevant degree transcripts and certificates
- IELTS or TOEFL certificate (if required)
- Copy of your passport (photo page)
- Document Naming Format: [surname, name – document type]. E.g., “Jones, Jamie – CV”.
- Preferably submit documents as PDF files.
- Required documents include:
Last Date for Apply:
**Applications must be submitted by 5 PM (GMT) on Friday, February 27, 2026.
Take this opportunity to propel your research career in a dynamic and supportive environment. For more details and to view available projects, visit NEEDL website.
