MSc Medical Physics

1 Years On Campus Masters Program

Swansea University

Program Overview

The MSc Medical Physics at Swansea University is an exciting one-year master’s that gives you a clear, practical understanding of how physics underpins modern healthcare—from imaging and diagnostics to radiation safety and therapy. It’s perfect for science and engineering graduates who want to apply their technical skills to medical technology and directly support patient care.

Curriculum Structure

Year 1:
Across this intensive year, you’ll explore the core areas that define the discipline. You study key modules such as Medical Imaging, Radiation Protection, Radiotherapy Physics, and Introduction to the Practice of Medical Physicists & Clinical Engineers, giving you a solid grasp of how physics operates inside hospitals and treatment centres. You’ll also strengthen your analytical and research skills through Research Methods in Medical Physics and Clinical Engineering, and round off the year with an independent dissertation project that showcases your ability to investigate a real medical physics question.

Focus areas (in a string):

Medical imaging, radiation protection, radiotherapy physics, clinical engineering, health-focused research skills.

Learning outcomes (in a string):

Apply physics in clinical contexts, analyse imaging and radiation systems, ensure radiation safety, conduct independent research, and communicate scientific findings clearly.

Professional alignment (accreditation):

The degree is accredited by the Institute of Physics and Engineering in Medicine (IPEM), giving it strong professional recognition and supporting pathways into clinical science and healthcare technology roles.

Reputation (employability rankings):

Swansea University is well regarded for its science and healthcare teaching, and its graduates progress into NHS roles, medical technology positions, and research environments with confidence.

Experiential Learning (Research, Projects, Internships etc.)

The MSc Medical Physics at Swansea is built around real, practical experience. You won’t just learn the theory of how medical technology works — you’ll spend your time engaging with the tools, methods, and equipment that medical physicists use every day. From understanding how imaging systems operate to practising the analytical techniques used in hospitals and research labs, this degree helps you build genuine confidence in your skills.

Here’s what that looks like in practice:

Work with real clinical equipment: You’ll be introduced to the operation of MRI and CT scanners, medical linear accelerators, and other technologies used in diagnostic imaging and radiotherapy, giving you insight into how physics directly shapes patient care.
Hands-on computer modelling: You’ll develop key skills in simulation and data analysis using specialist software that medical physicists rely on for planning treatments and analysing imaging results.
Research-focused learning: Through guided research training and your final dissertation, you’ll learn how to design a project, collect and analyse data, and present your findings just as professionals do in clinical and academic settings.
Industry-aligned assessments: Coursework mirrors real clinical and technological challenges, helping you gain experience with the kinds of problem-solving tasks you’ll face in the workplace.
Professional context throughout: Teaching is shaped by input from NHS and industry partners, ensuring the skills you develop are directly aligned with employer expectations in medical physics.

Progression & Future Opportunities

Graduates from Swansea’s MSc Medical Physics step into a field where their skills genuinely make a difference in healthcare. Many go on to roles such as Radiotherapy Physicist, Diagnostic Imaging Physicist, Radiation Protection Specialist, or Clinical Technologist, applying their technical expertise within hospitals, research centres, and medical technology organisations. Because the degree is accredited by the Institute of Physics and Engineering in Medicine (IPEM), it gives you a strong foundation for professional progression and further clinical training.

Here’s how Swansea supports your next steps:

Specialist career guidance: Swansea’s Careers and Employability team offers one-to-one coaching, support with applications, and tailored advice for science and healthcare pathways, helping you confidently prepare for roles in clinical physics, industry, or research.
Strong professional credibility: The IPEM accreditation provides long-term value, reassuring employers that you’ve completed a programme meeting recognised professional standards within medical physics and healthcare science.
NHS and industry connections: Teaching and assessment are shaped by partnerships with healthcare organisations, giving you insight into real clinical practice and helping you develop skills that align with NHS and industry expectations.
Career-ready training: Your exposure to clinical equipment, simulation tools, and research practice ensures you graduate with a portfolio of practical skills that employers look for in medical physics and healthcare technology roles.
Positive graduate destinations: Many students progress into NHS roles, further specialist training, or positions in medical technology companies, using their research and technical skills to support patient care and innovation in healthcare.

Further Academic Progression:

Graduates often choose to continue advancing their expertise through PhD research in medical physics, focusing on areas such as imaging, radiotherapy, or radiation safety. Others pursue specialist clinical training programmes, professional doctorates, or higher-level certifications that lead to senior roles within medical physics and broader healthcare science.