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The Medical Radiation Sciences (MRSc) program is delivered through a partnership between Mohawk College and McMaster University. Both institutions are acknowledged leaders in health sciences education in Ontario, with a record of success in program collaboration and pedagogical innovation.

MRSc program graduates are healthcare professionals who employ different kinds of radiation in diagnostic and therapy and are part of one of the fastest growing health care fields. Students in this program pursue two concurrent qualifications: an Ontario College Advanced Diploma in Medical Radiation Sciences from Mohawk College and the McMaster University Honours Bachelor of Medical Radiation Sciences degree. The model was designed to enable students to simultaneously achieve two academic credentials.

MRSc involves the use of ionizing and non-ionizing radiation for diagnostic studies and the treatment of patients. Ionizing radiation includes x-rays and gamma rays; non-ionizing radiation includes magnetic fields and ultrasound. The collaboration between McMaster University and Mohawk College of Applied Arts and Technology gives students in the Medical Radiation Sciences program the best of both worlds.

The curriculum and program structure support a solid foundation of general sciences knowledge. The MRSc program model integrates clinical and academic education across professional specializations. They are aligned with the competency profiles of the professions. The program promotes skills that prepare the students for lifelong self-directed learning that helps them become essential players in the health care community.

HIGHLIGHTS OF THE HONOURS BACHELOR OF MEDICAL RADIATION SCIENCES PROGRAMS:

  • Common Level I program
  • Three areas of specialization to choose from after Level I (Radiation Therapy, Radiography, Ultrasonography)
  • Four year (10 semester) integrated curriculum linking theory and clinical education
  • Limited enrolment program allows for small class sizes
  • Practice of pre-clinical skills in simulated skills labs
  • Access to extensive medical imaging facilities, including enhanced radiography,
    computerized tomography and ultrasound
  • Inter-professional courses combining students in all MRSc Specializations
  • Three terms of clinical education allow for valuable hands-on experience
  • Graduates are eligible to write professional certification exams

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High 80s

Anticipated Admission Average

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115

Target Enrolment

Clinical Education

The practical experience gained in medical imaging labs prepare students for their clinical placements. Over the length of the four-year program, students continue to develop skills for clinical practice through three terms of experiential learning in various clinical environments. Clinical practice may be completed though clinical agencies located throughout Ontario. The Program will determine allocation of students to these clinical facilities.

The clinical placements provide a breadth of experience in procedures and modalities and reflect the range of opportunities for employment. Initially, students are observing and performing tasks under the direct supervision of clinical staff and later progress to working independently, with minimal supervision and support, to produce accurate and timely studies. Students’ performance is assessed throughout their clinical practice.

The Mohawk-McMaster Institute for Applied Health Sciences offers students in each specialization opportunities to develop clinical skills in some of the largest and technically current simulated clinical laboratories, through recent multi-million dollar upgrades to the labs. Features include:

Medical Imaging Laboratories

  • A mammography unit
  • A multi-slice computed tomography (CT) scanner
  • A simulated ultrasound scanning system
  • Connectivity to digital imaging networks
  • Five general radiography units with computed radiography (CR) capabilities
  • Five state-of-the-art ultrasound units
  • One direct-read (DR) digital radiography unit

Image Viewing and Manipulation Laboratory

  • Database of teaching files of medical images
  • Two Picture Archiving and Communication Systems (PACS)

Patient Care and Nursing Skills Laboratory

  • Anatomical models
  • Computerized patient mannequins
  • Simulated hospital ward environment

Your Classes

What you’ll take:

  • Introduction to Pathology (MEDRADSC 1B03)
  • Inquiry in Medical Radiation Sciences (MEDRADSC 1E03)
  • Professions in Medical Radiation Sciences (MEDRADSC 1F03)
  • Medical Imaging Physics (LIFESCI 1D03)
  • Calculus for the Life Sciences I (MATH 1LS3)
  • Cellular and Molecular Biology (BIOLOGY 1A03)
  • Human Anatomy and Physiology I (KINESIOL 1Y03)
  • Human Anatomy and Physiology II (KINESIOL 1YY3)
  • 6 units of electives 

Medical Radiation Sciences (MRSc) students are introduced to three specializations in Level I. Following Level I, students apply to one of the following specializations:

  • Radiography
  • Radiation Therapy
  • Ultrasonography

Level II-IV

The academic semesters enable the application of fundamental theoretical principles to the technologies of medical radiation science.

A broad range of discipline-related and general subject areas are explored in depth. The principles of medical ethics and research methodologies are used to analyze and evaluate technological advances and professional practices in medical radiation science.

Clinical practicum provides opportunities to integrate theoretical knowledge, technical, and professional skills. This encourages the development of increasing competence and independence, leading to the:

  • Achievement of the professional competence required of an entry-level practitioner
  • Ability to plan and manage future professional development and lifelong learning
For a full list of courses that can be available in this program, please consult the academic calendar.

Admissions