Year 1 – Semester 1

APRS110 – Human Anatomy and Physiology

This didactic foundation course, Human Anatomy & Physiology I (APRS110), will introduce the basic principles of anatomy and physiology with those of biochemistry and biophysics. Beginning with the cell, the course will progress through various organ systems emphasizing the relationship between structure and function. The interrelationships between body systems and how all systems help to maintain normal homeostasis will be emphasized.

PHMG110 – Applied Physics in MRI

Explore the fundamental principles of Magnetic Resonance Imaging (MRI) physics, focusing on electromagnetic physics, atomic structure, and radiation. Analyze the design and tuning of electric circuits, MR physics, pulse sequences and parameters, safety applications, and MRI instrumentation. Apply these concepts to understand image formation and analysis. Build a strong foundation for advanced medical imaging applications.

This course is delivered in a hybrid environment which includes online synchronous class, in-person class and asynchronous learning.

PPMG110 – Professional Practice in MRI I

Examine professional practice in Magnetic Resonance Imaging (MRI) while exploring the structure and function of the Canadian healthcare system and your role as a medical radiation imaging technologist (MRIT). Complete a mental health certificate to enhance patient care. Cover key topics such as Indigenous culture, health literacy, effective communication, and safety protocols to develop proficiency as a healthcare professional. This course is delivered online through lectures, independent readings, and seminars.

PMRS111 – Patient Care in Medical Radiation Sciences I

This didactic course examines a variety of fundamental patient care topics using a patient-centred lens. Learners will be introduced to the professional, ethical, and legal standards which will be reinforced throughout the Program. Patient care skills will be enhanced through the study of communication, medical terminology, infection control, clinical assessment techniques and relevant pharmacology, including contrast media. This course will also provide the opportunity to develop communication and care-delivery strategies for diverse patient populations. Reflective practice will be introduced and developed throughout the course as learners work towards becoming reflective practitioners.

This course will provide learners the opportunity to work with colleagues across the Medical Radiation and Imaging disciplines. A variety of delivery techniques will be used in the didactic setting. Learners will be required to build upon the knowledge gained in this course as they progress through both the didactic and clinical components of their respective Program.

Year 1 – Semester 2

IGMG120 – Imaging in the Health Care System

Analyze the role of imaging within the organization and delivery of the Canadian healthcare system. Explore key topics, including the structure and funding of the healthcare system, key stakeholders like government and diagnostic imaging practitioners, and interprofessional collaboration and patient relations.

This course is delivered in a synchronous online format.

MPMG120 – Integrated MRI Procedures I

Develop skills in MRI procedures through an integrated approach to anatomy, physiology, pathology, and methodology according to body systems. Cover imaging procedures of the brain, neck, spine, and upper and lower musculoskeletal systems. Focus on key topics such as imaging protocols, image quality, parameter manipulation, cross-sectional anatomy, and pathological variations. Expand on MR physics principles related to RF coils, pulse sequence selection, and optimization of sequences.

This course is delivered synchronously online through lectures, online simulation laboratory sessions and tutorial.

PHRA110 – Radiographic Physics and Radiobiology

The Radiographic Physics portion of this course describes the properties and components of the electromagnetic spectrum. Medical X-ray production and equipment will be discussed, along with the factors that determine both the quality and quantity of the X-ray beam. The course also examines the interactive processes between matter and the X-rays. As well, the principles relating to detection and quantification of ionizing radiation are examined. Finally, the fundamental principles of radiation safety in the practice of radiological technology will be applied.

The Radiobiology portion of this course examines the biological response to radiation in depth, ranging from the cellular level to whole body response. It encompasses the study of the nature of radiation and provide a current and thorough overview of the effect of radiation on biological systems.

This course will be delivered online using a combination of lectures, independent readings, and seminars.

PPMG120 – Professional Practice in MRI II

Examine the adaptability of patient care skills within MRI practice. Develop strategies to address challenges related to patient transfers in the MRI environment. Expand on concepts such as infection control, emergency codes, contrast media, and handling adverse reactions, focusing on their impact on daily workflow in MRI practice. This course will be delivered in a synchronous online format.

PMRS121 – Patient Care in Medical Radiation Sciences II

In this course, learners will build upon the knowledge acquired in PMRS111 as they apply the concepts of professional practice, patient management and health and safety in both the didactic and laboratory environments. Learners will employ principles of infection control, patient assessment, patient transfer, contrast media administration and emergency response procedures. Learners will also be introduced to various venipuncture techniques. These practical skillsets will be developed as learners simultaneously integrate the concepts of patient-centred communication and professionalism introduced in PMRS111.

A variety of delivery techniques will be used in the didactic and laboratory settings to promote collaborative learning.

This course will be delivered in a hybrid format (in-person and online) using a combination of lectures, independent readings, and labs.

Year 1 – Semester 3

CTRD240 – Integrated C.T. Imaging Theory and Practice I

This course emphasizes the delivery of safe, efficient CT imaging in a manner using best practices to care for patients. Integrated CT Imaging Theory and Practice I is an introductory course for students in the Radiological Technology and Nuclear Medicine programs. The course familiarizes the students with the working components of a CT scanner, the theory behind the acquisition of CT images and the manipulation of the various technical parameters required to complete a head, chest, abdomen, pelvis and skull CT scan. Using a CT phantom, the learners will participate in simulated clinical applications of computed tomography with a focus on dose management and optimization. The CTRD240 course consists of 2.5 hours of lecture and 2 hours of in person lab per week.

MPMG130 – Integrated MRI Procedures II

Continue developing skills in MRI procedures with a focus on anatomy, physiology, pathology, and methodology for the abdomen, pelvis, thorax, and breast. Explore key topics such as imaging protocols, image quality, parameter manipulation, cross-sectional anatomy, and pathological variations. Expand on MR physics principles related to RF coils, pulse sequence selection, and optimization of sequences.

This course is delivered synchronously online through lectures, online simulation laboratory sessions and tutorial.

PPMG130 – Professional Practice in MRI III

Expand your knowledge of patient care in the MRI environment by developing essential skills in safe practice, safety screening, and working with diverse populations. Cover additional topics, including contrast and pharmaceutical agents, equipment, zoning, and special requirements in MRI, while maintaining the well-being of patients and healthcare providers. This course also includes asynchronous online Michener Advantage Certificates in Working with Seniors and Quality Improvement. Serves to prepare students for the clinical practicum, it is delivered online.

PRMG130 – Specialty Practice in MRI

Explore advanced and emerging principles of MRI in clinical and research settings. Cover key topics such as non-contrast and contrast-enhanced vascular MR angiography, cardiac MRI, advanced neurological and body applications like functional MRI and spectroscopy, interventional MR-guided breast biopsy, and emerging hybrid and research MRI environments.

It is delivered online with a wide variety of educational tools.

Year 2 – Semester 4

CLMG240 – MRI Clinical I

Gain hands-on experience in the clinical MRI environment during a 15-week practicum at an assigned hospital or clinic. Develop confidence and competence by applying theoretical concepts to practice while understanding MRI workflow, safety precautions, equipment, and personnel. Utilize adult learning principles with the support of a certified MRI technologist to achieve proficiency. Practice patient screening, positioning, and documentation, and become familiar with MRI platforms. Demonstrate initiative, punctuality, and professionalism while attending scheduled shifts in person.

CompTracker is used to monitor progress through clinical.

RMIP231 – Introduction to Research Methods

This course is designed to introduce you to research methods that can be applied to issues relevant to you and to your discipline. For example, some students may apply research methods to writing and piloting a new protocol/policy; other students may utilize research to create educational material; and others may have a clinical question that can be answered through the application of research methods.

This course will help improve your practice by: making you more adept at reading and critically analyzing the scientific literature; prepare you for your clinical research and evaluation projects; and advance your skills in evidence-based clinical practice (EBCP). For some students, it may also inspire you to make a contribution to the research in your respective areas of interest.

This course will be delivered online (synchronous and asynchronous) using a combination of lectures, independent readings, and seminars.

CLMG250 – MRI Clinical II

Continue developing clinical practice skills during a second 15-week practicum in the MRI department. Integrate and enhance your knowledge and abilities across all aspects of MRI while becoming comfortable operating within the clinical setting. Be directly observed and evaluated on professionalism and competency, meeting the standards set by the CAMRT Competency Profile. Perform a variety of clinical MRI competencies independently, with increased hands-on scanning to solidify your skills. CompTracker is used to monitor progress through clinical.