Physics with Medical Physics

Cardiff University

**During this three-year course, you’ll apply physics to the detection and treatment of medical conditions to improve people’s health and wellbeing in this exciting and fast-growing field.**Using physics to diagnose and treat medical conditions is a rapidly expanding and exciting field of study, vitally important to supporting people’s health.This IOP accredited course is unique in its focus on practice rather than theory. Developed with the University Hospital of Wales (UHW), our medical physics modules are delivered by NHS professionals at UHW and Velindre Cancer Centre.As well as a broad introduction to the many specialist areas of medical physics, you’ll also gain a solid foundation in core physics.In the final year, you’ll carry out a 30-credit Medical Physics research project at UHW, Velindre Cancer Centre or the flagship Cardiff University Brain Research Imaging Centre (CUBRIC) in an exciting area such as Doppler ultrasound, nuclear medicine, radiotherapy, diagnostic radiology physics or physiological measurement.Join us and you’ll not only develop the highly sought-after skills valued inside and outside the medical physics sector, but become part of a welcoming, inclusive community with a dynamic student society.**Distinctive features****Unique focus on practical experience**You’ll focus on practice rather than theory, with your final year project supervised by NHS medical practitioners or our brain imaging researchers at CUBRIC.**Top 10** Ranked 8th in the UK for physics (The Guardian University Guide 2025).**Learn directly from NHS professionals**Our medical physics modules are delivered by NHS professionals at the University Hospital of Wales and Velindre Cancer Centre.**Apply for the NHS STP (Scientist Training Programme)** You can apply for the NHS Scientist Training Programme (STP) after graduating, which is also delivered by your BSc lecturers.**Specialised modules**You’ll study medical physics modules in areas including biophysics, nuclear medicine and radiotherapy.

School of Physics and Astronomy