Keele University

What you'll study

The programme combines core taught modules on the physics and technology of medical imaging with applied clinical and research-focused units. You will study the fundamentals of imaging modalities such as magnetic resonance imaging (MRI), computed tomography (CT), ultrasound and nuclear medicine, alongside image processing, quantification and interpretation techniques.

• Imaging Principles and Instrumentation – underlying physics, safety and practical aspects of scanners and detectors.
• Advanced Modalities and Clinical Applications – modality-specific protocols, strengths and limitations, and roles in diagnosis and treatment planning.
• Image Analysis and Quantification – digital image processing, segmentation, measurement and introduction to machine learning approaches for imaging data.
• Research Methods and Statistics – study design, critical appraisal, statistics for imaging research and ethics.
• Professional Practice or Placement – opportunity to engage with clinical services or industry partners to apply knowledge in practice (where applicable to your background).
• Dissertation / Research Project – an independent research project supervised by academic and often clinical staff, allowing specialisation in an area such as imaging physics, quantitative imaging biomarkers or image analysis.

The programme is delivered through lectures, practical laboratory and computing sessions, seminars and supervised research. Assessment typically includes written assignments, practical reports, presentations and a substantial dissertation project.

Entry requirements

Applicants are normally expected to hold a UK upper second-class (2:1) honours degree in a relevant subject such as physics, biomedical science, medical physics, engineering, computing or radiography. Applicants with a lower second-class degree (2:2) plus relevant professional experience, or registered healthcare professionals (for example radiographers) with appropriate experience, are also considered.

International applicants must meet English language requirements (e.g. an IELTS-equivalent where English is not a first language). Where relevant, applicants may be asked to provide a personal statement, references and evidence of prior learning or professional registration. Selection can include consideration of relevant clinical or laboratory experience and motivation for postgraduate study.

Career prospects

Graduates go on to a range of careers in clinical services, research and industry. Common pathways include:

• Advanced or consultant roles in diagnostic imaging services within the NHS and other healthcare providers.
• Positions in imaging research groups, academic centres or hospitals, often progressing to PhD study.
• Roles with medical device and imaging software companies in research and development, product support or clinical applications.
• Opportunities in image analysis and data science, including quantitative imaging and radiomics roles that support clinical trials and precision medicine.

The programme is designed to equip graduates with both theoretical knowledge and practical skills that are valued by employers in clinical, academic and commercial settings.

Why study at Keele University

Keele offers a multidisciplinary approach drawing on expertise from the medical school, life sciences and computing, with teaching informed by active research. The university maintains close links with regional NHS trusts, providing opportunities for clinically relevant teaching and collaborative projects. Small-group teaching, laboratory and computing facilities help students develop hands-on skills in imaging and image analysis, while academic staff provide supervision across a range of research interests.

Keele's campus environment and supportive postgraduate community are an advantage for students seeking focused study and access to facilities and supervision for a substantial research project. The programme is suitable for those aiming to progress clinically, enter imaging research, or move into industry roles that use advanced imaging technologies.