Fully-funded PhD projects

Apply for our fully-funded PhD projects in subjects including chemistry, biology, computer science, and physics.

PhD opportunities for science graduates

Projects for the 2024/2025 PhD studentships, starting in October 2025, are below. You will also find a link to further information about our application process and our mailing list, should you wish to be notified about future PhD opportunities. You can also view the recording of the 2023 Application Workshop, where we heard from our Academic Lead for Recruitment, Head of Research Degree Programmes and Researcher Development Manager. We also had advice and guidance from the University of London Careers Service, and an insight from some of our current PhD students at the ICR.

Stipends

The ICR's current student stipend is £26,050 per year. Studentships awarded by the Cancer Research UK Convergence Science Centre, which is a partnership of the ICR and Imperial College London, instead includes a stipend paid at the Cancer Research UK rate of £23,000 per year.

Find out about our application process

Mailing list

Available opportunities

You can view details of the 2024/2025 projects below. 

Any future applications will be added here so please do check back regularly.

Funding for our PhD projects comes from a variety of different sources, including some funded programmes, such as the MRC Doctoral Training Partnership and the CRUK Science Centre at the ICR and Imperial.  

Please note, the advertised funder may change prior to registration.

 

 

See all our PhD projects:

Closed: Enhancing immune responses to radiation with spatiotemporal dose modulation and drug combinations

Primary supervisor: Dr Magnus Dillon Primary site: Sutton Funded by CRUK RadNet

Closed: Enhancing immune responses to radiation with spatiotemporal dose modulation and drug combinations

See full project details

Closed: Molecular investigation on MuvB oncogenic complexes

Primary supervisor: Dr Claudio Alfieri Primary site: Chelsea Funded by ICR

Closed: Molecular investigation on MuvB oncogenic complexes

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Closed: Development of small molecules targeting the TRF1 subunit of the telomeric Shelterin complex

Primary supervisor: Professor Sebastian Guettler Primary site: Sutton Funded by MRC iCASE Award (Merck)

Closed: Development of small molecules targeting the TRF1 subunit of the telomeric Shelterin complex

See full project details

Closed: Development of automatic plan-of-the-day selection tools for radiation therapy of pelvic cancer

Primary supervisor: Professor Helen McNair Primary site: Sutton Funded by Biomedical Research Centre (BRC)

Closed: Development of automatic plan-of-the-day selection tools for radiation therapy of pelvic cancer

See full project details

Closed: Development of a microbeam-FLASH irradiator for pre-clinical radiation therapy research

Primary supervisor: Professor Uwe Oelfke Primary site: Sutton Funded by ICR

Closed: Development of a microbeam-FLASH irradiator for pre-clinical radiation therapy research

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Closed: Late-effects of hypofractionated radiotherapy for breast cancer

Primary supervisor: Professor Amy Berrington Primary site: Sutton Funded by ICR

Closed: Late-effects of hypofractionated radiotherapy for breast cancer

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OPEN: Immunopeptidome landscape of multiple myeloma

Primary supervisor: Professor Richard Houlston Primary site: Sutton Funded by ICR

Immunopeptidome landscape of multiple myeloma

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Closed: Targeting SRC in G4-Medulloblastoma

Primary supervisor: Dr Rob Van Montfort and Dr Gary Newton Primary site: Sutton Funded by Cancer Research UK-CBTCE (Paul Workman)

Targeting SRC in G4-Medulloblastoma

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Closed: Examining the mechanism of chromatin telomere replication

Primary supervisor: Dr Max Douglas Primary site: Sutton Funded by Medical Research Council - Doctoral Training Partnership (MRC DTP)

Closed: Examining the mechanism of chromatin telomere replication

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Closed: HPV- and genome instability-driven innate immune responses in head and neck cancer

Primary supervisor: Dr Ben O'Leary Primary site: Chelsea Funded by CRUK RadNet

Closed: HPV- and genome instability-driven innate immune responses in head and neck cancer

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Closed: Deciphering the role of human papillomavirus (HPV) in radiotherapy resistance for HPV+ head and neck cancers

Primary supervisor: Dr Ben O'Leary Primary site: Sutton Funded by ICR

Closed: Deciphering the role of human papillomavirus (HPV) in radiotherapy resistance for HPV+ head and neck cancers

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Closed: Determining the role of the adaptive immune system in controlling breast cancer metastasis and evolution

Primary supervisor: Dr Stephen-John Sammut Primary site: Chelsea Funded by Medical Research Council - Doctoral Training Partnership (MRC DTP)

Closed: Determining the role of the adaptive immune system in controlling breast cancer metastasis and evolution

See full project details