Curtin University

What you'll study

This degree combines core biomedical and professional practice subjects with specialist units in imaging and therapeutic technologies. Early coursework covers anatomy and physiology, human pathology, radiation physics and radiobiology, professional and ethical practice, and patient-centred care. Core imaging and therapy topics include radiographic technique and image interpretation, computed tomography (CT), magnetic resonance imaging (MRI) fundamentals, radiation therapy planning and delivery, nuclear medicine instrumentation and radiopharmacy principles, radiation safety and quality assurance.

Practical learning is a major component: students complete progressive clinical placements in hospitals and imaging centres, gaining hands-on experience with diagnostic radiography, CT, MRI, nuclear medicine and radiotherapy equipment. The program also includes simulation-based training, coursework in research methods and opportunities to undertake a research project or honours pathway where available.

Entry requirements

Admission is typically based on a successful completion of senior secondary school (or equivalent) with satisfactory English competency plus demonstrated background in a science subject such as chemistry, physics or mathematics. Curtin considers domestic applicants by tertiary entrance ranks and may also accept recognised diploma qualifications, university transfer or mature-age applicants with relevant experience.

Successful applicants must meet professional suitability requirements for clinical placement which commonly include immunisation and health checks, current cardiopulmonary resuscitation (CPR) certification, a criminal history check and compliance with workplace screening. International applicants must meet Curtin's English language requirements and equivalent academic qualifications.

Career prospects

Graduates are eligible to seek registration and employment as medical radiation practitioners and work in a variety of clinical settings. Common roles include diagnostic radiographer/medical imaging technologist, radiation therapist, and nuclear medicine technologist. Graduates may specialise further into CT, MRI, interventional radiology, PET/CT, radiopharmacy or dosimetry, or move into roles in clinical education, research, equipment sales and service, health administration and quality assurance.

Employment opportunities span public and private hospitals, specialist imaging centres, cancer centres, research institutes and regional health services. Many graduates also undertake postgraduate study to specialise or to transition into related fields such as medical physics, advanced practice roles or tertiary teaching and research.

Why study at Curtin University

Curtin offers strong links with metropolitan and regional health services, providing a wide range of clinical placement opportunities across public and private facilities. Students learn using modern imaging and therapy equipment in simulated clinical suites and benefit from multidisciplinary teaching delivered by academics with clinical backgrounds.

The course is designed to meet national professional standards, preparing graduates for professional registration and practice. Curtin's emphasis on industry engagement, research-informed teaching and practical experience helps students build the technical skills and professional attributes employers expect in the medical radiation workforce.