Medical Physics, MSc

Furthering innovation in medical physics

Student ooking at a CT Scanner

Course Overview

If you are an engineering or physical sciences graduate who is interested in a career in the fast-growing field of medical physics, our MSc Medical Physics course will give you the theoretical knowledge, practical skills, and professional awareness to excel.

Whether you study our course full-time (1 year) or part-time (2-3 years), you will cover the fundamental aspects of the use of medical physics in medicine, with hands-on clinical instruction in MRI, CT, and medical linear accelerators. You will also gain experience in computer-based modelling, research methodology, ethics, and the wider role of medical physics in healthcare.

Through a curriculum shaped by students, NHS partners, and industry, you will benefit from workplace-authentic assessments, options to study advanced specialisms, and a focus on employability, inclusivity, and sustainability in healthcare science.

Why Medical Physics at Swansea University?

  • 100% of our research impact is internationally excellent (REF2021)
  • Strong partnerships with NHS Wales and industry, ensuring authentic clinical learning
  • Cutting-edge facilities including proton therapy and advanced MRI
  • Accredited by IPEM, ensuring international recognition and professional credibility

Your Medical Physics experience

Our MSc provides an inclusive, flexible, and practice-driven learning environment. You can tailor your learning to your chosen specialism, whether that is radiotherapy physics, radiation safety & diagnostic radiology, nuclear medicine or imaging with non-ionising radiation.

Our strong connections to the NHS, School of Engineering and industry partners provide you with access to state-of-the-art facilities and high-impact research environments including the £100 million Institute of Life Science building, and opportunities for interdisciplinary research and innovation.

Medical Physics employment opportunities

Our MSc in Medical Physics offers a dynamic, interdisciplinary learning environment with a strong focus on practical learning and employability. Not only will you gain in-depth knowledge in your chosen specialism to pursue your career ambitions, but you will also develop the skills to collaborate, innovate, and lead in a rapidly advancing and globally connected healthcare landscape.

Graduates of our MSc are well-prepared for diverse careers in clinical, academic, and industrial settings. On completion of the course you could progress onto an NHS Scientist Training Programme, or work in diagnostic imaging, radiotherapy centres, regulatory bodies, or medical device companies. You may also wish to pursue research at PhD level, contributing to emerging fields such as proton therapy and sustainable radiation protection.

Our IPEM accreditation will enhance your employability and professional recognition not only in the UK, but across healthcare science careers worldwide.

Modules

Core modules cover fundamental healthcare science, medical physics in practice, and research methods. A foundations module ensures students without prior anatomy and physiology knowledge are supported. The dissertation module includes career-focused sessions and independent research aligned with clinical or industrial priorities.