Programme/Approved Electives for 2022/23
None
Available as a Free Standing Elective
No
The aim of this module is to enable students to understand the principles of positioning and image evaluation for a range of examinations within the axial¿skeleton. The students will then integrate these principles and be able to apply them to real world patient scenarios.¿
Aims
This module will introduce the principles of positioning and image interpretation for a range of examinations within the axial¿skeleton¿and the patient care related to these.¿ This module will introduce a¿systematic¿review of axial¿images and introduce¿common pathologies.¿
Intended Learning Outcomes
Complete a range of fundamental examinations of the axial skeleton under supervision while practicing safely in relation to IR(ME)R 17: 1Demonstrate the ability to clinically evaluate and systematically assess the technical quality of plain radiographic images of the axial¿skeleton including recognition of normal anatomy and common pathologies.: 1Recognise poor radiographic image quality and demonstrate knowledge on manipulation of technical factors to improve this.: 1Demonstrate the importance of, and an ability to, communicate effectively in a collaborative environment when undertaking fundamental patient care.: 1Demonstrate the ability to undertake a systematic review of axial plain radiographic images.: 1
18 hours of Image Evaluation and positioning lectures lectures using High-definition screens in situ22 hours of practical sessions 10 hours of directed tutorial and seminars100 hours independent study comprising:~ 58.5 hours self directed study , ~ 10 hours tutorials- directed~ 10 hours preparation for assessment and formative assessment attempt~ 20 hours directed guided study- 1.5 hours exam
Description of Module Assessment
1: Exam weighted 100%In situ 90 minute examination with questions mapped against the ILOs of the moduleAn image and scenario-based examination of 1.5 hours duration.
Tests the ILOs regarding knowledge of the underpinning image evaluation relating to radiographic practice and the ability to systematically evaluate the outcome of plain radiographic examinations, and basic radiographic practice of the axial skeleton. The examination will consist of 10 questions, 8 being related to images and 2 being longer answer patient care scenarios.
Examination is required to be in-situ in the Jack Ashley Digital Health Hub or the Darwin Suite as the examination uses highly specialised monitors with high resolution since the images that are used are of reporting quality to show subtle pathologies as seen in the clinical environment in cross-sectional and plain radiography.