Physics with Medical Imaging - BSc (Hons)

University of Nottingham

Medical imaging enables us to see inside the human body to diagnose illness, guide treatment, and advance medical research. Alongside a strong foundation in core physics, you’ll study the principles of medical physics, human biology, and the advanced technologies behind modern imaging.You’ll study all major imaging techniques with a special focus on Magnetic Resonance Imaging (MRI) and quantum-enabled brain imaging (MEG), areas where our researchers are global leaders. This includes the pioneering work of Nobel Laureate Professor Sir Peter Mansfield, after whom our imaging centre is named. Whether you’re aiming for a career in the NHS, medical technology, or cutting-edge research, you’ll gain the knowledge and skills to make a real impact in healthcare. Our goal is to equip you with the knowledge and skills to innovate and lead in various fields, including AI and quantum technologies. We’ve consulted with employers and recruiters to design programmes fit for the future. You'll learn to apply fundamental laws to a broad range of situations, making you highly sought after by employers.Over the course of the degree, you’ll build skills like resilience and the ability to adapt to a rapidly changing job market alongside core physics skills. We are one of the largest physics departments in the UK and offer a wide range of modules. Learn new areas of physics and specialise in ones that interest you most. Physics is built on a core set of fundamental ideas that all physicists need to understand. You'll take core modules that cover:* classical mechanics and special relativity* thermal physics and statistical mechanics* quantum mechanics* vibrations and waves* electromagnetism and optics* the properties of matterYou'll also study mathematical methods to describe physical systems and predict their behaviour. These foundational blocks are established early in the degree, allowing you to build on them in specialised areas and develop professional skills.We offer a range of optional modules in areas of biomedical physics and imaging understanding the way that physics is used in healthcare. This includes modern approaches to biomedical imaging and the use of quantum technologies in measurement of electrical phenomena.\**Why choose this course?**\Course highlights* Take advantage of our involvement in the White Rose Industrial Physics Academy to network with potential employers .* Learn from award-winning academics who are recognised by the Institute of Physics. You could work with them on your research project. * Benefit from our cutting-edge research activities that inform your learning. Experts in dark energy, medical imaging and quantum sensing teach on modules.\ \ **Proven results*** We’re ranked top 20 for physics and astronomy in the Complete University Guide and The Times and Sunday Times Good University Guide 2026.* 90.6% of physics and astronomy graduates were in sustained employment, further study or both three years after graduation (LEO data from 2022/23 tax year, published in 2025).

School of Physics and Astronomy