Radiography BSc
Study of medical imaging and treatment - combining science, technology, and patient care to help diagnose and treat illnesses safely and effectively.
Is this for you?
This degree could suit you if you:
Are interested in medical imaging
Enjoy science and healthcare
Like technology
Want a specialist career
Are detail-focused
Popular Career Fields
Healthcare & Public Health
Government & Public Sector
Private Healthcare
Research & Academia
Your Personality Might Be:
Technically precise
Government & Public Sector
Detail-oriented
Team player
What is it?
What Is a Radiography Degree?
Radiography focuses on using advanced imaging technologies or radiation treatments to help diagnose and manage disease. There are two main types:
Diagnostic Radiography - producing and interpreting images using X-rays, MRI, CT, and ultrasound to help doctors diagnose illness or injury.
Therapeutic Radiography (Radiotherapy) - using precise radiation treatments to help treat and manage conditions like cancer.
Why Study Radiography?
If you enjoy science, technology, and working with people, Radiography offers a rewarding, hands-on healthcare career. You’ll use cutting-edge equipment and play a vital role in supporting patient care.
Course Summary
Study of medical imaging and treatment - combining science, technology, and patient care to help diagnose and treat illnesses safely and effectively.
What you'll study
Most Radiography degrees cover:
Human anatomy and physiology
Radiation physics and safety
Imaging techniques (X-ray, CT, MRI, ultrasound)
Pathology and disease processes
Patient care and communication
Image analysis and interpretation
Professional ethics and healthcare law
Therapeutic Radiography also includes:
Oncology and cancer treatment
Radiotherapy physics and planning
Patient positioning and dose management
You may specialise in areas such as advanced imaging, digital health, interventional radiology, or research.
Degree Type
BSc (Bachelor of Science) in Diagnostic Radiography or Therapeutic Radiography (Radiotherapy) - both lead to professional registration with the Health and Care Professions Council (HCPC).
Skills You'll Gain
Radiography develops both technical and interpersonal skills, which could include:
Imaging Technology Operation – safely using X-ray, CT, MRI, and other diagnostic equipment.
Anatomical Interpretation – identifying structures and abnormalities on medical images.
Radiation Safety – applying protocols to protect patients and staff from exposure.
Patient Care & Communication – supporting patients compassionately during imaging procedures.
Clinical Decision-Making – selecting appropriate imaging techniques based on symptoms and referrals.
Pathways, Placements and Work Experience
CAREERS
Career Pathways
After graduation, you can register with the HCPC and work as a Diagnostic Radiographer or Therapeutic Radiographer.
You may work in:
NHS hospitals and imaging departments
Cancer treatment and oncology centres
Private healthcare and research facilities
Education, equipment development, or management roles
Work Experiences & Placements
All Radiography degrees include clinical placements, where you’ll work alongside radiographers, doctors, and other healthcare professionals. Settings include:
NHS hospitals and diagnostic departments
Cancer treatment and radiotherapy centres
Private healthcare clinics
Placements are essential for building clinical competence and professional confidence.
Salary Profile
Coming soon
Qualifications, Personal Satement, What to do Next?
AM I ELIGIBLE?
Entry Requirements
A-levels or equivalent including at least one Science (Biology, Physics, Chemistry, or Maths preferred). Many universities prefer two Sciences. Physics or Maths is particularly valued for Therapeutic Radiography.
Personal Statement Tips
Explain your interest in science, technology, and patient care.
Mention any healthcare or volunteering experience.
Highlight communication, precision, and teamwork skills.
Show understanding of the responsibilities of a radiographer.
Interviews or assessment days may include group discussions, written exercises, or situational judgement tests.
What to do Next
Gain experience through hospital volunteering or work shadowing.
Attend open days to see imaging equipment and training facilities.
Learn about the NHS values and patient-centred care.
Keep up with new developments in medical imaging or cancer treatment.
Wider Reading
Medical Imaging for Students and Trainees by Raymond Murray – A clear introduction to imaging technology.
The Human Body: An Illustrated Guide to Its Structure, Function and Disorders by Martyn Page – Understanding anatomy and physiology.
The Radiography Survival Guide by Stephen M. Davis – A practical handbook for students.
Being Mortal by Atul Gawande – Exploring care, compassion, and the human side of medicine.