Overview This program provides an entry-level preparation pathway into the anatomical, physical, and technological principles underpinning diagnostic radiography and healthcare imaging. Combining foundational scientific training with an introduction to clinical practice, the curriculum explores how radiation physics, digital imaging technologies, and human biology intersect to aid medical diagnosis. Studying at the University of Exeter equips students with the scientific literacy, patient-centered communication skills, and professional grounding necessary to progress into professional diagnostic radiography training.

What You'll Learn

• Core principles of foundation-level academic study, scientific writing, and evidence-informed health inquiry.

• Fundamental human anatomy, physiology, and tissue pathology relevant to diagnostic imaging.

• Basic principles of radiation physics, imaging technology, radiation protection, and safety protocols.

• Introductory clinical communication techniques, patient care principles, and professional healthcare ethics.

• Quantitative methods, basic data collection, and scientific interpretation techniques used in medical sciences.

Learning Outcomes By completing this foundational course, students will be able to apply essential biological and physical concepts to understand how medical imaging tools operate safely and effectively. Graduates will demonstrate a clear understanding of human anatomical structures and the ethical, patient-centered responsibilities required in clinical settings. Furthermore, students will cultivate the critical thinking, analytical reasoning, and academic capabilities required to transition smoothly into accredited degree-level diagnostic radiography studies.