Patient focussed
Real-world experience
Immersive learning, first-hand
Details
Foundation year
Core modules
BHCS001
Infection, Immunity and Therapeutics
20 credits
This module will provide an introduction to microbiology and the human immune system. Students will learn the fundamental biology relating to bacteria, helminths, viruses and fungi. And also develop an understanding of how our immune system has evolved to combat infection. The module will also explore methods to control microbial contamination and therapeutic strategies to prevent disease.
50% Coursework
50% Examinations
BHCS002
Current Developments in Human Biology and Biomedical Sciences
20 credits
This module examines the role of science in addressing key contemporary issues in Human Biology and Biomedical Sciences. The module aims to take an integrative approach, aiming to develop in students both a critical appreciation of the ways in which issues in Human Biology can be approached and resolved, and to develop an understanding of the skills and attributes needed for effective study of such issues at undergraduate level.
100% Coursework
FMD001
Molecules to Cells
20 credits
This module introduces key concepts involved in cell regulation including genetic inheritance, metabolism and protein expression. The important role of enzymes in the control of biochemical pathways will be introduced, as will an introduction to cell signalling. Cellular organisation within different tissues will also be outlined, enabling students to recognise links between structure and function. Students should develop sufficient theoretical and practical understanding to enable progression to relevant honours degree programmes.
100% Examinations
FMD002
Introduction to Human Physiology
20 credits
This module will provide a foundation of knowledge and understanding of human anatomy and physiology. Using example systems, it will emphasise relationships between structure and function and examine homeostatic regulation in these systems. Students should develop sufficient theoretical and practical understanding to enable progression to relevant honours degree programmes.
50% Examinations
50% Other
FMD004
Interdisciplinary Learning and Team Based Learning (Enquiry learning)
20 credits
This module is designed to enable learners to develop key skills required for working in multidisciplinary teams. Students will be encouraged to work with their colleagues to manage tasks and tailor learning according to their own particular discipline
100% Coursework
FDR002
Learning Skills for Diagnostic Radiography
This module is designed to enable learners to adapt to the learning environment of higher education by developing an independent, reflective and managed approach to learning, study skills, mathematical skills and aspects of diagnostic radiography practice.
Year 2
Core modules
RAD423
Foundations of Healthcare Practice and Professionalism in Diagnostic Radiography
20 credits
This year-long module consolidates learning using an enquiry-based learning approach. The small group facilitated setting allows students to apply their learning from taught modules to clinically relevant scenarios. The module will also provide an introductory framework for healthcare science practice, being the major vehicle for the understanding, acquisition and development of the theoretical, practical and personal attributes necessary for a healthcare science practitioner.
75% Coursework
25% Practicals
RAD424
Clinically Applied Radiography
20 credits
This module will provide an overview of the role of diagnostic radiographers within the wider healthcare team. It will establish the diagnostic radiography professional regulations into the programme learning. Radiographic technique, clinical skills and application of medical physics will also be learned using simulation techniques.
60% Examinations
40% Clinical exams
RAD425
Medical Imaging Science 1
20 credits
This module forms an introduction to the radiobiological principles on which the practice of diagnostic radiography is based. This includes physics and image formation on commonly used radiographic equipment. This module will also cover relevant legislation and rules that govern radiographic practice.
100% Examinations
RAD426
Medical Imaging Science 2
20 credits
This module forms an introduction to the radiobiological principles on which the practice of diagnostic radiography is based. This includes physics and image formation on commonly used radiographic equipment. This module will also cover relevant legislation and rules that govern radiographic practice.
100% Examinations
RAD427
Human Biology 1
20 credits
This module will introduce students to core human science topics and understanding of the principles of pathophysiology of the musculoskeletal, cardiovascular, and respiratory systems of the body required later for image interpretation and patient care. These will include anatomy, physiology, and other relevant biomedical sciences applied to radiography training.
100% Examinations
RAD428
Human Biology 2
20 credits
This module will introduce students to core human science topics and understanding of the principles of pathophysiology of the musculoskeletal, gastrointestinal and genitourinary systems and human head and neck of the body required later for image interpretation and patient care. These will include anatomy, physiology, and other relevant biomedical sciences applied to radiography training.
100% Examinations
Year 3
Core modules
HIPL500
Interprofessional Learning 2
RAD523
Introduction to Leadership and Project Management for Service and Quality Improvement
20 credits
A semester long workshop-based module that allows students to learn in a reflective and inquisitive manner to review their placement experience and the impact of the quality of service delivery on patient care. There is emphasis on evidence-based clinical governance and development of the 4 pillars of practice within radiography (Leadership, Clinical, Education and Research).
100% Coursework
RAD524
Clinically Applied Radiography 2
40 credits
This module allows students to apply their learning in clinical practice. They will also work towards passing a range of competencies using an entrustable assessment strategy and completing a reflective portfolio to address HCPC professionalism criteria. This module also includes a self-directed programme of study focussing on evaluating a range of imaging-focussed cases to determine quality, efficacy and their impact on patient management.
100% Examinations
RAD525
Medical Imaging Science 3
20 credits
This module builds on the principles and theories of radiological physics with a further evaluation of various cross-sectional imaging modalities. Ability to identify different imaging modalities with a range of skills in appropriate protocol selection.
100% Examinations
RAD526
Interprofessional Patient Care
20 credits
This interprofessional module focuses on patient care and allows students to develop their clinical and reflective skills. The module allows students to hone their interprofessional skills through discussion with service users and simulation training within wards environments.
75% Coursework
25% Examinations
RAD527
Applied Human Biology for Imaging
20 credits
This module uses the lifecycle to apply students' understanding of anatomy and medical imaging from Year 1, to more clinical scenarios and changes with age and pregnancy. This will allow students to better understand regional anatomy and pathology/trauma and how they present in imaging.
100% Examinations
Progress to the pathway of your choice
Every undergraduate taught course has a detailed programme specification document describing the course aims, the course structure, the teaching and learning methods, the learning outcomes and the rules of assessment.
The following programme specification represents the latest course structure and may be subject to change:
Experience
Hands-on learning
Life Sciences Resource Centre
Clinical Skills Resource Centre
Real-world experience
During the second semester, alongside your academic studies, you will continue to gain practical experience with weekend placements (interval placements) before returning to another five weeks' of.placement in June.
Work alongside other healthcare students
Learning alongside other professions from the get-go massively contributed to my own professional growth, learning from other areas of expertise, being able to understand how to best utilise other professions and to form an understanding of patient pathways that come alongside diagnostic imaging. Getting involved within a multidisciplinary team early allowed me to grow confidence when communicating outside of the usual team, building skills to form that partnership with others for a holistic approach to patient care.
Diagnostic Radiography graduate
Learn from experienced healthcare professionals
Mr Aaron Kingdon
Lecturer in Diagnostic Radiography
Dr Siobhan Moyes
Associate Professor of Anatomy
Mandi Price
Lecturer in Diagnostic Radiography
Life in Plymouth
The overall vibe of the city is perfect. You are by the sea so it is still laid back, but you have all the conveniences of living in a city.
Current student
Careers
The Diagnostic Radiography courses at Plymouth stand out as you are hands-on as early as the first year - interacting with patients and other departments outside of imaging. You undertake clinical placements in a variety of areas, allowing you to widen your experience in not only different imaging modalities, but different clinical settings and geographical locations, and you are thoroughly supported throughout. I would 100% recommend studying here to any potential future students.
Diagnostic Radiography graduate
- NHS hospitals
- Specialist departments such as radiology and A&E
- Outpatients departments
- Operating theatres
- Armed Forces
- Veterinary practices
- Private practice
- GP surgeries
- Education and academia
- Research
- Leadership roles
- Voluntary roles
Fees and funding
Tuition fees
£9,790 per year
To be confirmed per credits
£10,050 per year
To be confirmed per credits
Tuition fee price changes
£19,200 per year
£19,800 per year
Tuition fee price changes
Additional costs
Fund your studies
Supporting students with the cost of living
Apply
Entry requirements
32 UCAS points
GCSE
- English Language
- Mathematics
A level
BTEC Diploma/National Diploma (8 units)
BTEC Extended Diploma/National Extended Diploma (13 units)
Access
International Baccalaureate
GNVQ and AGNVQ
Other UK qualifications
Further information
Military veterans
Age requirement
Student Conduct and Fitness to Practise
Screening
NHS constitution
Special needs and disabilities
Re-sit applicants
- If you are applying with predicted grades, a minimum of CCC must be achieved on first sitting of A level.
- Where CCC is not achieved on first sitting, applicants must re-sit the required qualifications and apply once suitable grades have been achieved.
- A level or accepted equivalent qualifications must be completed in no more than 3 years of study, unless otherwise advised.
- A suitable qualification profile must be achieved on first re-sit attempt.
Selection and admissions process
Deferred entry
Ready to apply?
B822
P60
4 years
(with placements)
Full-time
Plymouth
- GCSE or IGCSE grade A in English Language
- International English Language Testing System (IELTS) band 7.0 or above with no element below 6.5 taken within 12 months prior to entry. The University will no longer accept the IELTS indicator (online test). All applicants will have to take the IELTS test at an approved centre.
Entry requirements
32 UCAS points
English language requirements
Ready to apply?
Need support with your application?
- Personal statement guidance
- student visa support
- travel and arrival information
- and more.
B822
P60
4 years
(with placements)
Full-time
Plymouth
Other routes to this course
Visit us at an undergraduate on-campus open day
Approved by the Health and Care Professions Council