The Master's in Medical Imaging and Radiation Sciences (Magnetic Resonance Imaging) (MRI) offers you a comprehensive and specialised education in the field of medical imaging, focusing specifically on magnetic resonance imaging technology. The MRI pathway provides a strong foundation in the principles and physics of MRI, as well as advanced training in image acquisition, interpretation, and analysis.

Our MRI students gain hands-on experience with state-of-the-art MRI equipment within their field of work and learn to apply advanced imaging techniques for various clinical applications. Through a combination of rigorous coursework, practical training, and clinical rotations, graduates of this pathway are equipped with the knowledge and skills necessary to excel as MRI technologists, researchers, and leaders in the rapidly evolving field of medical imaging.

MIRS (Magnetic Resonance Imaging) Modules

• AN6061 Comparative Anatomy & Physiology (A) (10 credits)
• NU6304 Advanced Research Methods Applied to Healthcare (10 credits)
• NU6310 Implementation of Evidence-Based Practice for Quality Improvement in Healthcare (10 credits)
• RA6015 Principles & Practice of MRI (A) (10 credits)
• RA6019 Clinical Practice (A) (10 credits)                  
• RA6025 Principles & Practice of MRI (B) (10 credits)
• RA6028 Clinical Practice (B) (10 credits)
• RA6012 Research Dissertation (20 credits)

Learning Outcomes for MSc Medical Imaging and Radiation Sciences (Magnetic Resonance Imaging) (NFQ Level 9, Major Award)

1. Advanced Knowledge of MRI Principles: Demonstrate a comprehensive understanding of the principles, physics, and advanced concepts underlying magnetic resonance imaging.
2. Proficiency in Advanced MRI Techniques: Develop advanced skills in MRI image acquisition techniques, including knowledge of advanced pulse sequences, parameter optimisation, and utilisation of specialised imaging protocols.
3. Expertise in Image Evaluation and Interpretation: Develop expertise in evaluating and interpreting complex MRI images, identifying normal anatomical structures, and recognising and characterising a wide range of pathological conditions with a high level of accuracy.
4. Advanced MRI Physics and Instrumentation: Gain in-depth knowledge of advanced MRI physics and instrumentation, including advanced concepts related to magnetism, radiofrequency coils, gradient systems, and advanced pulse sequence design.
5. Advanced Image Reconstruction and Post-processing: Acquire advanced skills in image reconstruction and post-processing techniques specific to MRI, including advanced image analysis, diffusion tensor imaging (DTI), perfusion imaging, spectroscopy, and advanced quantitative imaging techniques.
6. Research Skills: Develop advanced research skills, including the ability to critically analyse scientific literature, design, and conduct research studies specific to MRI, and interpret and communicate research findings effectively.
7. Advanced Radiological Anatomy and Pathology: Demonstrate advanced knowledge of radiological anatomy and pathology as it relates to MRI, including the identification and interpretation of complex anatomical structures, variants, and disease processes.
8. Advanced MRI Applications: Explore and understand the application of MRI in specialised areas such as neuroimaging, musculoskeletal imaging, cardiovascular imaging, oncological imaging, or paediatric imaging at an advanced level.
9. MRI Safety and Contrast Agents: Demonstrate advanced understanding of MRI safety considerations, including advanced knowledge of contrast agents, their indications, administration, and potential adverse reactions.
10. Quality Assurance and Quality Control: Implement advanced quality assurance and quality control measures in MRI imaging, including advanced techniques for optimizing image quality, artifact reduction, and adherence to regulatory guidelines.
11. Research and Evidence-Based Practice: Engage in research activities and contribute to the evidence base in magnetic resonance imaging, including the ability to critically appraise research literature, design, and conduct research projects, and contribute to the dissemination of research findings. 12.
12. Interdisciplinary Collaboration and Communication: Collaborate effectively with healthcare professionals from various disciplines involved in MRI imaging, including radiologists, physicists, referring physicians, and technologists, to ensure coordinated patient care and accurate imaging outcomes.
13. Ethical and Professional Practices: Exhibit advanced professionalism, ethical conduct, and adherence to relevant codes of practice and regulations in the field of MRI imaging, including patient confidentiality and informed consent.

Entry Requirements for MSc Medical Imaging and Radiation Sciences (Magnetic Resonance Imaging)

Have a primary degree in Radiography or Radiation Therapy or have successfully completed a Masters (NFQ, Level 9) in Diagnostic Radiography or Radiation Therapy, or an equivalent primary degree recognised by the appropriate professional body.  

Be registered with the appropriate professional body .

Provide written evidence of support from their line manager stating: 

o    that the applicant is in an appropriate role for the entire duration of their course. 

o    that the applicant will have access to diagnostic or imaging equipment at their workplace. 

o    details of a suitable ‘named’ clinical mentor .