Magnetic Resonance imaging plays a major role in an ever-increasing number of hospitals, both in the National Health Service and Private Sector. The clinical practitioner must now be able to function confidently and competently in this rapidly advancing speciality. In order to achieve this it is important that you have a sound background knowledge in the physics upon which Magnetic Resonance Imaging is based and be equipped with the ability to make judgements ranging from the suitability of specific pulse sequences for a particular procedure, image artefact recognition, through to equipment evaluation and selection for purchase.
Who is it for?
This course is suitable for qualified radiographers with at least 1 year’s clinical experience and a current clinical MRI post.
Monday, Tuesday, Wednesday 26th, 27th and 28th September 2022
This course will enhance your knowledge and confidence to undertake service evaluation and research in this clinical speciality, underpinned by clear strategy and is innovation-driven. Using expertise developed in this course you will also be able to contribute to the advancement of the evidence base in clinical Magnetic Resonance Imaging and the sharing of best clinical practice.
This short course module is designed to be flexible in allowing you to study and reach your goals at your own pace. Our health CPD courses are credit-bearing modules that contribute to a University degree or award.
Transfer course credits towards postgraduate taught degree
As a health care professional, once you've completed this course you could offset 30 credits as part of a postgraduate programme, continuing your study with further modules to make up a Postgraduate Certificate (PGCert) 60 credits, Postgraduate Diploma (PGDip) 120 credits or Master of Science (MSc) 180 credits qualification (all credits must be awarded within five years of study commencing).
This course is worth 30 credits
This course can be used a module, contributing to a University degree or award.
Find a list of degrees this module can contribute towards:
MSc Radiography (Computed Tomography)