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These programs cover both traditional and cutting-edge domains in medical and health physics, encompassing clinical measurements, computing, health physics, instrumentation, medical electronics, imaging technologies, physiological monitoring, radiotherapy physics, radiobiology, and radiological imaging sciences. The curriculum also includes foundational training in clinical sciences. Key features include completing advanced coursework through lectures, seminars, and independent research in medical and health physics. Prepares students for professional roles as medical physicists, health physicists, or bioengineers in healthcare facilities, government agencies, academic institutions, and medical technology firms. Offers a pathway to the Master of Applied Science (Medical Physics) program. Accredited by the Australasian College of Physical Sciences and Engineers in Medicine. Career prospects Graduates can pursue opportunities in hospitals, public health agencies, universities, and medical device companies. Depending on their specialization, graduates may work as medical physicists, health physicists, or bioengineers. Professional medical health physicists: utilize electronic systems and medical software, ultrasound technology, radiation applications, and computing solutions to address clinical and environmental challenges conduct environmental monitoring to ensure workplace and community safety standards implement fundamental physics research in development initiatives oversee equipment calibration, maintenance, and instrument management. Potential career paths include: Health physics specialist Medical equipment sales representative Medical physicist