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Therapeutic Radiography and Oncology, BSc (Hons)

City, University of London, United Kingdom

 
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Costs

Course fees S$36.8K / year
Entertainment, books
food & rent
S$24.6K / year
Beer S$10
MacDonalds S$13
Cinema S$20
Coffee S$6
Total S$61.4K / year

Entry requirements

A Level BBC
Diploma 2.6
International Baccalaureate 29

Scholarships

British Chevening Scholarships
100% for tuition and living expenses
Limited quantity

Information

Course
Code
B822
Upcoming
Intakes
Sep 2025
Course
Website (External)
Pathway
Programmes
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University
Information

Duration

3 years
Graduate
2028
About the course

The BSc (Hons) Therapeutic Radiography and Oncology at City offers a pathway to a fulfilling career as a Therapeutic Radiographer. It provides essential knowledge in physical, technological, biological, and social aspects, enabling students to work effectively in healthcare teams and achieve professional accreditation. Graduates are recognised by the College of Radiographers and eligible for registration with the Health and Care Professions Council (HCPC). Ranked 1st in London and 2nd in the UK for Health Professions (Guardian University Guide 2025), the program boasts top facilities, including an advanced radiography clinical skills suite with virtual environment radiotherapy training.Taught by field experts and informed by ongoing research, the curriculum emphasises evidence-based practices. Students undertake clinical placements at leading hospitals in London and Essex, such as University College London Hospital and The Royal Free Hospital. The course features modules on radiotherapy principles, anatomy, research, and patient care, assessed through exams, essays, and practical evaluations. With excellent employability, most graduates secure roles in the NHS, private sectors, or internationally.

What you will learn

The compulsory modules in the first year introduce the principles and practice of radiotherapy. Core modules include:

  • Common module I
  • Common module II
  • Principles of radiotherapy practice
  • Anatomy, physiology and oncology I
  • Anatomy, physiology and oncology II
  • Radiotherapy equipment.
In the second year, students move on to more specialised subjects and begin to apply the knowledge and experience gained in year one. Core modules include:
  • Radiotherapy research and statistics
  • Management and radiotherapy technique A
  • Competence to practice A
  • Radiotherapy physics and planning
  • Radiobiology.
During the final year, the modules help students to become more critical and evaluative in their work. Core modules include:
  • Holistic patient care
  • Management and radiotherapy technique B
  • Competence to practice B1
  • Competence to practice B2
  • Healthcare policy and quality management
- Research exercise or project