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Full time — Open
Graduate

Transformative Technologies in Pharmaceutical Science (BBSRC CDT)

The Transformative Technologies in Pharmaceutical Science CDT is designed to develop novel methods at the frontier of pharmaceutical sciences. The course examines impactful use of AI and machine learning with high quality datasets to drive understanding and discoveries. 

Open: Full time

Up to a week's notice of closure will be provided on this page for University of Oxford applications - no other notification will be given.

Applications for entry at the University of Cambridge via the University of Oxford closed on Friday 15 May 2026 at 12:00 midday UK time

Expected length:
  • Full time: 4 years
Expected start date:
  • Full time:
English language level:
  • Higher level required
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About the course

 

Only applications from applicants who are eligible for Home fees will currently be considered for this course.

The Transformative Technologies in Pharmaceutical Science CDT (TTPS) is a collaboration between world-leading researchers and supervisors at GSK and the Universities of Oxford, Cambridge, and Southampton. Admissions are conducted centrally through Oxford on behalf of the participating organisations.

TTPS combines taught material with research that you will carry out to produce a substantial, challenging and original thesis. You will have the opportunity to work closely with project teams at GSK with access to both university and GSK facilities. We aim to train future leaders in biotechnology. Success not only means that you will be awarded a doctorate from your chosen university (Oxford, Cambridge, or Southampton), but also that you will have gained the communication, business and social skills to forge new partnerships, and a network to tackle global challenges as a future leader in pharmaceutical science.

Course structure

This section provides an overview of the course structure, while details of the individual course components are provided below.

In the first six-months you will receive training in the fundamentals of pharmaceutical science at the University of Oxford's Doctoral Training Centre (regardless of whether your doctorate will be from Oxford, Cambridge or Southampton). These short intensive training modules will equip you to take advantage of cutting edge in silico approaches, including machine learning/AI and new data-generating technologies using our pioneering systematic approach to life sciences and biomedical research.

In the second part of the first year, you will conduct two three-month rotation projects in different areas, either of which could turn into a full DPhil project. This gives you the opportunity to try new areas of research before you commit to the three-year doctorate. The rotation projects are supervised by an academic at the Universities of Oxford, Cambridge, or Southampton, alongside a dedicated GSK co-supervisor. This gives you two opportunities to work with, and learn from, world-leading researchers in both academia and industry, while working on impactful research. A major advantage of the programme is that you are not required to choose the substantive DPhil project until after the initial taught training phase, allowing a more informed choice of research project to be made.

During the rotation phase you will be required to undertake at least one rotation with a lead supervisor in the institution you are registered at. You cannot transfer institutions to undertake a substantive doctoral project with a primary supervisor employed by a different institution after acceptance. 

To learn more about the research topics you’ll have the opportunity to explore, please refer to the Research areas section of this page.

You will have the opportunity to access a wide variety of additional training provided across the partnership throughout your doctoral studies.

Core components

You will receive training in the fundamentals of pharmaceutical science and complete a work placement.

Research areas

You’ll have the opportunity to undertake research within the specialised themes of this course

Course details

Entry requirements

For entry in 2026-27

Funding and costs

College preference

Before you apply

Completing your application

Contact details