Overview

Diagnostic radiography plays a pivotal role in modern healthcare by combining cutting-edge technological innovation with compassionate, person-centred patient care. Enrolling in the BSc (Hons) Medical Imaging (Diagnostic Radiography) at the University of Exeter prepares students to excel as skilled healthcare practitioners through a blend of rigorous academic study and extensive clinical placements. Academic teaching is delivered within specialized state-of-the-art facilities, including dedicated X-ray suites, virtual reality simulation environments, and advanced analytical laboratories. The interdisciplinary curriculum emphasizes evidence-informed practice, interprofessional teamwork, and small-group learning guided by expert clinical academic staff. Departmental research activity directly informs teaching, particularly in areas such as musculoskeletal imaging, disease diagnosis, and health science advancement. This degree is ideally suited for compassionate individuals with a strong scientific interest who wish to master diagnostic technologies and deliver high-quality clinical care. Graduates acquire the technical expertise, critical judgment, and professional confidence required to gain professional registration and thrive in dynamic healthcare environments.

What You'll Learn

• Anatomical and physiological principles underpinning contemporary medical imaging practice

• Radiation science, radiobiology, and optimal radiation protection protocols

• Diagnostic imaging modalities including projectional radiography, fluoroscopy, computed tomography, and magnetic resonance imaging

• Person-centred patient care, clinical communication, and healthcare ethics

• Pathophysiology, image interpretation, and preliminary clinical evaluation of diagnostic findings

• Research methodologies, evidence-based healthcare practice, and data analysis

• Interprofessional healthcare delivery, clinical leadership, and health service management principles

Learning Outcomes

By completing this program, students will gain a comprehensive, multi-tiered understanding of human anatomy, pathology, radiation physics, and diagnostic technology across various scales of healthcare delivery. Learners will acquire the critical capacity to evaluate complex imaging requirements, adapt standardized radiographic techniques for diverse emergency and elective clinical scenarios, and rigorously assess evidence-based research to improve healthcare practice. Through hands-on experience in simulation laboratories and extended clinical hospital placements, students build essential practical skills in operating sophisticated imaging equipment, administering contrast agents safely, and delivering compassionate, patient-focused care. The flexible curriculum offers valuable opportunities for specialized learning in advanced imaging modalities such as computed tomography, magnetic resonance imaging, or ultrasound. Ultimately, graduates will demonstrate the clinical competence, professional autonomy, and ethical accountability needed to apply for professional registration as a diagnostic radiographer and lead service improvements within multidisciplinary healthcare teams.