This course aims to develop specialized knowledge and skills in diagnostic radiography, utilizing industry-standard technology and providing extensive work placements in NHS and private healthcare settings. It emphasizes understanding the science that underpins effective diagnosis, including radiation science, anatomy, physiology, and pathology. The program combines practical training with theoretical learning, preparing students to operate advanced imaging equipment such as ultrasound, CT, MRI, and nuclear medicine. Throughout the three years, students engage with simulations, evidence-based learning, and clinical placements to ensure they gain real-world experience. The course is approved by the Health and Care Professions Council, making graduates eligible for registration with them. Access to state-of-the-art facilities, including a virtual reality x-ray laboratory, supports comprehensive learning and skill development.
Why this course is highly recommended
Diagnostic radiography plays a crucial role in patient diagnosis during hospital stays, making it an in-demand and essential healthcare profession. The course offers excellent industry exposure through placements, access to advanced technology, and teaching from experienced professionals. It also provides a pathway for international work opportunities and further specialization via master’s programs in fields like ultrasound or radiotherapy. Moreover, students benefit from a strong academic and practical foundation, making them highly employable in NHS trusts, private healthcare, or abroad.
This program focuses specifically on diagnostic radiography, covering areas such as digital imaging, ultrasound, CT, MRI, and nuclear medicine. Students explore the technical, scientific, and professional aspects needed to produce and interpret diagnostic images accurately. The course structure includes modules on clinical applications, professional practice, research, and evidence-based practice, allowing students to develop a deep understanding and practical skills across these specialisms.
Application fees
16.73L
1st year tuition fees
16.73L
Living cost
Applicants need to meet a tariff point score of 120, with specific GCSE requirements including grade C/4 in English and Mathematics or their equivalents. A grade C in a Science or Social Science subject at A-level is also required, along with relevant qualifications such as BTEC, IB, or others specified by the university. International applicants must meet minimum IELTS scores of 7.0 overall with 6.5 in each component or approved equivalents. Additional requirements include health checks and an enhanced DBS check before starting the course.

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and acceptance rates for international students? Visit the UWE Bristol admission page
for complete details.
Graduates of this program are in high demand and can find opportunities in NHS diagnostic imaging departments, private healthcare providers, and even internationally. The course prepares students for roles in medical, surgical, and vascular diagnostic imaging, and students also have opportunities to pursue further specialization through master's degrees in areas like ultrasound, nuclear medicine, or radiotherapy. Many alumni work in hospitals, field hospitals for the forces, or advance into research and professional development roles.