See all our PhD projects:
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
We are now accepting applications for our 2025/2026 PhD studentships and the projects can be browsed 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.
Stipends
The ICR's current student stipend is £26,505 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 £24,219 per year.
Find out about our application process Mailing list
Available opportunities
You can view details of the 2025/2026 projects below.
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.
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 RadNetClosed: HPV- and genome instability-driven innate immune responses in head and neck cancer
See full project detailsClosed: 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 ICRClosed: Deciphering the role of human papillomavirus (HPV) in radiotherapy resistance for HPV+ head and neck cancers
See full project detailsClosed: 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