Overview
Duration
2.5 YEARS
Scholarship
YES
Fee
$44,000 PER ANNUM
Intake
FEBRUARY
An accelerated diagnostic radiography pathway
If you’re a graduate but considering a career change, then the UC Master of Medical Imaging course offers an accelerated learning program that condenses a comprehensive three-year course into an internationally recognised Medical Imaging qualification in only 2.5 years.
Highly focused, engaging and interactive, the UC Master of Imaging course will help you become proficient in diagnostic radiography graduating six months earlier – thus gaining a highly competitive advantage over other similar courses elsewhere.
Successful completion of the course will allow you to apply for registration to practice as a Diagnostic Radiographer from the Medical Radiation Practice Board of Australia (MRPBA) and you’ll be ready to forge ahead in your career as a competent and professional diagnostic radiographer.
The UC Master of Medical Imaging is an approved program of study by the Medical Radiation Practice Board of Australia (MRPBA) allowing graduates to gain registration as a diagnostic radiographer for employment in both public hospitals and private radiology practices in any state or territory in Australia and around the world.
The course is highly career-focused and includes ongoing Work Integrated Learning (WIL), offering specialised opportunities across multiple fields of diagnostic radiography, such as general radiography, mammography, angiography, magnetic resonance imaging (MRI), computed tomography (CT) and medical ultrasound.
Study a Master of Medical Imaging at UC and you will:
Gain advanced knowledge of scientific principles and concepts of all medical imaging techniques.
Operate diagnostic radiographic instrumentation to optimise image quality and minimise radiation dose or other potential patient hazards.
Understand protocols and methods associated with diagnostic and interventional radiographic examination procedures.
Learn anatomy, physiology, pathology, radiation protection, biology, and dosimetry relevant to diagnostic radiography.
Become familiar with normal and abnormal imaging appearances within current diagnostic radiographic procedures.
Understand the role of a diagnostic radiographer within the wider healthcare team in Australia and internationally.
Work with patient information management systems.
