Please note that if you apply for this module, it may be necessary to process your registration under module code 7HSK2129. This will not affect the content studied nor the assessment methods, it is purely for our administrative

The aim of this course is to enable you to develop knowledge and understanding to facilitate an enhanced critical awareness of emerging magnetic resonance imaging theory and practice relevant to radiotherapy from an evidence-based perspective.

In this course you will develop your knowledge and understanding of MRI within Radiotherapy using an inquiry- based approach, gathering a wide range of evidence and information to thoroughly explore the module topics. Through critical evaluation and analysis of the evidence base, you will consolidate your knowledge and understanding or MR- based therapeutic practices. Topics typically include: MR-linacs: mode of operation; safety; legislation; ethical considerations; overview of imaging: diffusion weighted; perfusion; spectroscopy; standard T1 / T2 related to tumour; Localisation: image registration; treatment verification; contrast and its application to radiotherapeutic procedures; MR principles with regard to anatomical, physiological and tumour patho-physiological presentations and trials and evidence base related to MR radiotherapy treatment.

This module can be studied on its own or as a module on the following educational pathways:

•    MSc / Pg. Dip / Pg Cert Advanced RT and Oncology Practice
•    MSc Advanced Practice
•    Pg Cert in Imaging for Radiotherapy 

This distance-learning course is facilitated by Ruth Rowse who guides you through your learner journey, using on-line activities and tasks to support your learning. 

Course content includes:

MR−linacs: mode of operation; safety, legislation and ethical considerations. Overview of MRI imaging: diffusion weighted; perfusion; spectroscopy; standard T1/T2 related to tumour localisation, image registration, treatment verification; contrast and its application to radiotherapeutic procedures. MR principles with regard to anatomical, physiological and tumour patho−physiological presentations. MR planning pathways, MR image interpretation, MR safety including trials and evidence base related to MRI in Radiotherapy and Oncology.

Using an inquiry−based approach students will gather a wide range of evidence and information in order to thoroughly explore the module topics. Through critical evaluation and analysis of the evidence base they will consolidate their knowledge and understanding of MR−based therapeutic practices. Formative feedback and assessment activities so that students have the opportunity to develop the necessary skills for successful achievement, of knowledge and skills.

Assessment details: 

100% coursework, submitted on-line. Typically a 3000-word assignment.

Learning Outcomes

Students will typically: 
1. Synthesise current knowledge demonstrating critical awareness of the evidence relating to the anatomical, physiological and patho-physiological principles 
2. Demonstrate a comprehensive and systematic understanding of the theoretical foundation of MR imaging in radiotherapy 
3. Critically evaluate the emerging role of MR in radiotherapy treatment delivery