| Program start date | Application deadline |
| 2023-09-19 | - |
Program Overview
Radiography is a critical tool at the technological forefront of the fast-changing healthcare environment. Its importance makes it a dynamic and developing profession that’s highly in demand, and this course will set you up for a successful career as a Diagnostic Radiographer. You’ll combine academic study with clinical practice in London’s renowned teaching hospitals to graduate with all the skills you need to produce the highest quality images while providing patients with excellent care. You’ll then be able to apply for registration with the Health and Care Professions Council (HCPC) as a Diagnostic Radiographer, enabling you to take your first post in your exciting career.
This course provides an all-encompassing experience that enables you to put theory into practice. We have an excellent working relationship with our numerous clinical training sites who offer an excellent overall student experience and contribute to the development of well-rounded newly qualified Diagnostic Radiographers, ready to take on the exciting challenge of the first post after graduation.
The programme is awarded the Diagnostic Radiography Course of the Year 2022, Radiology Awards 2022
Diagnostic Radiography (Rachel Picton) from School of Health and Social Care on Vimeo.
Why Diagnostic Radiography at LSBU?
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Winner of Diagnostic Radiographer Course of the Year 2022 - Radiology Awards
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Approved by the Health and Care Professions Council and accredited by the Society and College of Radiographers.
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On completion, you can apply for registration with the Health and Care Professions Council as a diagnostic radiographer.
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Gain clinical experience in many of London's internationally renowned teaching hospitals.
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Access to the Digital Diagnostic X-ray Room and the Digital Interpretation Lab.
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LSBU Health and Social Care graduates are the second highest paid amongst all London Modern university graduates, and the sixth highest in the UK one year after graduating (DfE LEO data 2022).
Program Outline
You'll be trained to produce the highest quality image, whilst providing a high standard of care for your patients. This course covers patient management, anatomy, physiology and pathology, radiation physics and radiographic techniques.
Methods of assessment for course overall: 30% coursework.
Some compulsory skills sessions may take place in the evening.
Year 1
This is a foundation module aimed at students who'll be working with ionising radiation in a clinical environment. The module will introduce the basic concept of atomic structure and will then build on this to explain how x-rays are produced and how radiation interacts with matter. Fundamentally, this module will concentrate on using radiation in a safe manner and will therefore include sessions on radiobiology (including genetics), radiation protection (including personal dosimetry and QA) and the legislation surrounding the use of ionising radiation in the clinical environment. Level 4. 20 Credits. Formative assessment: Mock examination. Summative assessment: 2-hour unseen written examination. 40% pass mark. 100% weighting.
The module is designed to provide knowledge of the anatomy and physiology of the following key body systems: integumentary, respiratory, gastrointestinal, cardiovascular, and urinary. Some aspects of the physiology and pathology of the musculoskeletal system will also be addressed. Level 4. 20 Credits. Formative assessment: Mock examination. Summative assessment: 2 hour unseen written examination. 40% pass mark. 100% weighting
This module offers a foundation for students undertaking the diagnostic imaging pathway. It provides a context for the practice of diagnostic imaging and a basic insight into the radiological environment and associated general principles. In addition, the module introduces the skills of clinical reasoning and reflection, evaluating information to facilitate evidence-based practice, and problem-solving within the context of the clinical environment. Level 4. 20 Credits. Formative assessment: 500 word draft or plan of summative assignment. Summative assessment: 3000 word written assignment OR, 20 minute podcast. 40% pass mark. 100% weighting.
This module will introduce you to the place and value of inter-professional and collaborative working in health and social care delivery. The module aims to support the development of the necessary communication, personal, partnership working and reflective practice skills required to meet the needs of clients/carers and diverse populations who are at the centre of inter-professional health and social care delivery. You'll work collaboratively online to explore and develop an understanding of the purpose, scope and range of inter-professional and collaborative working. Assessment method: 100% coursework. 20 credits.
This module acts as a basis for the development of requisite skills and competence in the practice of routine, conventional diagnostic imaging. It's clinically based and requires that you have access to an agreed and formally accredited practice placement site. Level 4. 40 Credits. Formative assessment: Mock examinations and continuous clinical monitoring via clinical portfolio. Summative assessment: Semester 1 a 2 hour unseen written examination 50% weighting, Semester 2 a 1 hour unseen workstation examination 50% weighting, and Clinical Portfolio Pass/Fail. Students are required to achieve a pass in all elements of assessment.
Year 2
This is module aimed to develop students understanding of specialist imaging modalities and their application in a clinical environment. The module will introduce the basic concept of image production of IR, CT, MRI, ultrasound and nuclear medicine. Level 5. 20 Credits. Formative assessment: Group presentation. Summative assessment: Poster presentation examination. 40% pass mark. 100% weighting.
The module is designed to provide knowledge of the anatomy and physiology of the following key body systems: reproductive, vascular and hepatobiliary. Level 5. 20 Credits. Formative assessment: Mock examination. Summative assessment: 2 hour unseen written examination. 40% pass mark. 100% weighting.
This module aimto provide students with knowledge of common disease processes in selected body systems and recognise the impact these diseases have on other systems. Level 5. 20 Credits. Formative assessment: 500 word draft or plan of summative assignment. Summative assessment: 3000 word written assignment OR, 20 minute podcast. 40% pass mark. 100% weighting
This module aims to develop students’ appreciation for the role of research and evaluation in contemporary healthcare practice. This is done by enabling students understanding of the research process by teaching them how to read, interpret and appraise primary research that is relevant to practice. Level 5. 20 Credits. Formative assessment: 500 word draft or plan of summative assignment. Summative assessment: 3000 word written assignment. 40% pass mark. 100% weighting.
This module continues to develop student’s clinical skills and competence in the practice of routine, conventional diagnostic imaging and introduces specialist modalities such as CT, ultrasound and nuclear medicine. Level 5. 40 Credits. Formative assessment: Mock examinations and continuous clinical monitoring via clinical portfolio. Summative assessment: Semester 1 a 2 hour unseen written examination 50% weighting, Semester 2 a 1 hour unseen workstation examination 50% weighting, and Clinical Portfolio Pass/Fail. Students are required to achieve a pass in all elements of assessment.
Year 3
This module has a focus on accountability, professional behaviours and continual professional development. Level 6. 20 Credits. Formative assessment: 500 word draft or plan of summative assignment. Summative assessment: 3000 word written assignment OR, 20 minute podcast. 40 % pass. 100% weighting
This module offers the student an opportunity to interpret radiographic images. This module will provide the student with the advanced clinical perspective necessary for them to make an effective and safe contribution in their first clinical appointment. Level 6. 20 Credits. Formative assessment: Mock written exam. Summative assessment: 2-hour unseen work station written examination. 40% Pass mark. 100% Weighting.
The main focus of the module will be an understanding of the application of evidence-based practice within diagnostic imaging. It seeks to address emerging topics which are of importance to imaging practitioners, service users and health care providers. It is essential that this module maintains a contemporary focus throughout and therefore the indicative content, within a broad structure, will be governed to some extent by changes in health care policy and areas of student interest. Level 6. 20 Credits. Formative assessment: 500 word draft of the summative assignment. Summative assessment: 3000 literature review. 40% pass mark. 100% weighting
This module is the final interprofessional learning module that will explore leadership, quality improvement and change within organisations from an interprofessional perspective. The module looks at a strategic, evidence based approach to change management in a range of environments. Level 6. 20 Credits. Formative assessment: 500 word draft or plan of summative assignment. Summative assessment: 3000 word written assignment OR, 20 minute podcast 100% weighting
This module continues to develop student’s clinical skills and competence in the practice of routine, conventional diagnostic imaging and introduces specialist imaging such as MRI, neuroradiology, cardiac and breast imaging. Level 6. 40 Credits. Formative assessment: Mock examinations and continuous clinical monitoring via clinical portfolio. Summative assessment: Semester 1 a 2 hour unseen written examination 50% weighting, Semester 2 a 1 hour unseen workstation examination 50% weighting, and Clinical Portfolio Pass/Fail. Students are required to achieve a pass in all elements of assessment.
Facilities
Digital Diagnostic X-ray Room
LSBU recently launched the innovative Fujifilm D-EVO suite for Diagnostic Radiography students. This is a digital diagnostic X-ray room, which is used as a general X-ray room for practical tutorials on radiographic technique. Students are able to practice on each other and use the equipment , such as moving and positioning X-ray tube, table and vertical stand. This helps them to learn patient positioning for general radiographic positioning.
Digital Interpretation Laboratory
Diagnostic Radiography students use the digital image interpretation lab with a Picture Archiving and Communication System (PACS) similar to that used in the NHS. In this lab there is:
The image interpretation lab is used for positioning workshops where limbs are positioned into appropriate points for X-ray. Students evaluate images and diagnose fractures and breaks as well as carrying out mandatory training of moving and handling the patient. In workshops, students are presented with a case study and have to decide how to best achieve desired images.
Students use the laboratory on a weekly basis throughout their studies and case studies of images get progressively more difficult throughout the course.
