About the Profession
Magnetic Resonance Imaging (MRI) is an imaging modality that creates images of the body using radiofrequency waves in conjunction with extremely powerful magnets. This widely used and non-invasive technique relies on the magnetic properties of atoms, rather than radiation, and provides valuable diagnostic information to aid in patient management.
MRI technologists are valued members of the healthcare team. Using their knowledge of anatomy, physiology and pathology — along with the principles of MRI physics and methodology — MRI technologists operate MRI scanners to create images of a patient’s body tissues, which physicians use as an aid to diagnose patients. The skill of the MRI technologist is extremely important in obtaining high-quality diagnostic images.
MRI Technologists find rewarding careers in clinical environments such as hospitals, diagnostic imaging centres and independent health facilities. Other career opportunities can be found in the areas of education, sales, applications and research.
About the Program
Magnetic Resonance Imaging (MRI) at Michener is a one-of-a-kind program that offers a combination of didactic and clinical teaching. Didactic courses are delivered by expert faculty to build a knowledge base in areas such as anatomy, physiology and MRI procedures. Hands-on clinical teaching augments classroom learning and is provided during clinical placements in affiliated hospitals and diagnostic imaging centres.
The program helps students develop the necessary technical, critical thinking and problem-solving skills to complete and adapt MRI procedures based on a patient’s medical condition.
Graduates are eligible to write the national certification examination administered by the Canadian Association of Medical Radiation Technologists (CAMRT). Certification allows them to apply for registration as an MRI Technologist with the College of Medical Radiation and Imaging Technologists of Ontario (CMRITO).
Michener’s MRI program is currently registered for accreditation with Accreditation Canada.
Curriculum - MRI
| Year | Semester | Course Title | Course Code |
|---|---|---|---|
| 1 | Fall | Human Anatomy and Physiology | APRS110 |
| 1 | Fall | Applied Physics in MRI | PHMG110 |
| 1 | Fall | Professional Practice in MRI I | PPMG110 |
| 1 | Fall | Patient Care in Medical Radiation Sciences I | PMRS111 |
| 1 | Winter | Imaging in the Health Care System | IGMG120 |
| 1 | Winter | Integrated MRI Procedures I | MPMG120 |
| 1 | Winter | Radiographic Physics and Radiobiology | PHRA110 |
| 1 | Winter | Professional Practice in MRI II | PPMG120 |
| 1 | Winter | Patient Care in Medical Radiation Sciences II | PMRS121 |
| 1 | Summer | Integrated C.T. Imaging Theory and Practice I | CTRD240 |
| 1 | Summer | Integrated MRI Procedures II | MPMG130 |
| 1 | Summer | Professional Practice in MRI III | PPMG130 |
| 1 | Summer | Specialty Practice in MRI | PRMG130 |
| 2 | Fall | MRI Clinical I | CLMG240 |
| 2 | Fall | Introduction to Research Methods | RMIP231 |
| 2 | Fall | MRI Clinical II | CLMG250 |
The MRI program instructors use first- hand clinical images and simulated software to prepare students for clinical placement.