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Diagnostic Radiography BSc
University of Leicester — Leicester, United Kingdom
Diagnostic Radiography BSc is a undergraduate Chemistry course at University of Leicester, Leicester, United Kingdom. It takes 3 years, costs £27,500 per year and starts in September.
Undergraduate · 3 years · Full-time · Chemistry · £27,500 per year
Intakes: September
This vocational degree, developed and taught by the Leicester School of Radiography in collaboration with University Hospitals of Leicester NHS Trust, is challenging and demanding but also incredibly rewarding – just like a career in radiography. Radiographers work with nurses, radiologists and other healthcare professionals, creating detailed imagery and data through a variety of techniques, which clinicians can then use as the basis for accurate diagnosis of medical conditions. Almost 40 million imaging tests take place in the UK each year. On this degree you will develop your knowledge and
Modules
- Professional Development
- Radiographic anatomy, physiology and pathology
- Theory of Radiographic Practice
- Introduction to Practice
- Science and Technology 1
- Practice Placement 1
- Cross sectional anatomy, physiology and pathology
- Application of skill
- Science and Technology 2
- Theory of Cross Sectional Practice
- Practice Placement 2
- The Developing Practitioner
- Research Methods
- Advancing Clinical Practice
- Competence and Practice
- Leadership and Mentoring
- Specialty Pathway
- Practice Placement 3
Frequently asked questions
How long is Diagnostic Radiography BSc at University of Leicester?
Diagnostic Radiography BSc takes 3 years (Full-time).
How much does Diagnostic Radiography BSc at University of Leicester cost?
The listed tuition fee is £27,500 per year. Fees can change, so confirm the current amount before you apply.
When does Diagnostic Radiography BSc start?
Intakes: September.
What level is Diagnostic Radiography BSc?
It is a undergraduate course in Chemistry.
What will I study on Diagnostic Radiography BSc?
Modules include Professional Development, Radiographic anatomy, physiology and pathology, Theory of Radiographic Practice, Introduction to Practice, Science and Technology 1 and Practice Placement 1.