Bachelor of Science (Medical Radiation Science)

4 Years On Campus Bachelors Program

Curtin University Perth

Program Overview

The Bachelor of Science (Medical Radiation Science) at Curtin University prepares students for professional careers in medical imaging, radiation therapy, or nuclear medicine through a combination of scientific knowledge, clinical practice, and advanced healthcare technology training. The program is ideal for students interested in diagnostic imaging, patient care, medical technology, and healthcare sciences, offering extensive clinical experience alongside specialised radiation science education.

Curriculum Structure

Year 1

In the first year, students develop foundational knowledge in human biology, anatomy, physiology, and healthcare science while being introduced to medical radiation practice. Subjects such as Foundations of Medical Radiation Science, Human Structure and Function, and Communication in Healthcare help students understand patient care, biological systems, and the professional responsibilities involved in medical radiation environments.

Year 2

Second year focuses on developing technical and clinical understanding of imaging systems, radiation science, and patient management. Courses including Radiographic Procedures, Radiation Physics, and Pathophysiology for Medical Radiation Science introduce students to imaging technologies, radiation safety principles, and disease processes while strengthening practical clinical skills.

Year 3

During third year, students engage in more advanced clinical and discipline-specific learning through practical placements and applied healthcare training. Subjects such as Medical Imaging Practice, Radiation Therapy Planning, or Nuclear Medicine Techniques allow students to apply theoretical knowledge in professional clinical settings while developing diagnostic reasoning and technical competency.

Year 4

The final year emphasises advanced clinical practice, professional development, and specialised medical radiation training. Students complete extended clinical placements, refine patient management and technical skills, and strengthen their ability to work effectively within multidisciplinary healthcare teams while preparing for professional registration and employment.

Focus Areas

Medical imaging, radiation therapy, nuclear medicine, radiation physics, anatomy, patient care, diagnostic imaging, healthcare technology, radiation safety, clinical communication, pathology, and healthcare science.

Learning Outcomes

Graduates develop expertise in medical imaging technologies, patient-centred healthcare, radiation safety, clinical decision-making, and professional healthcare practice. Students gain practical clinical competence, technical proficiency, communication skills, and the ability to apply scientific knowledge in medical radiation environments.

Professional Alignment (Accreditation)

The program is professionally accredited for relevant medical radiation disciplines and prepares graduates for registration and professional practice within Australia’s healthcare system. Clinical training and professional learning align with industry standards for medical imaging, radiation therapy, and nuclear medicine professions.

Reputation (Employability Rankings)

Curtin University is recognised for its strong health sciences education, practical healthcare training, and industry-connected learning environments. The university’s close partnerships with hospitals and healthcare providers support graduate employability and clinical readiness across medical radiation science professions.

Experiential Learning (Research, Projects, Internships etc.)

Students in the Bachelor of Science (Medical Radiation Science) at Curtin University gain extensive practical experience through clinical placements, simulation-based learning, laboratory training, and hands-on use of advanced medical imaging and radiation technologies. The program is designed to closely reflect real healthcare environments, allowing students to develop technical competence, patient-care skills, and professional confidence before entering clinical practice. Through Curtin’s specialised health sciences facilities and partnerships with hospitals and healthcare providers, students train using industry-standard equipment and digital healthcare technologies across medical imaging, radiation therapy, and nuclear medicine disciplines:

Clinical Placements in Healthcare Settings: Students complete extensive supervised clinical placements in hospitals, medical imaging departments, radiation therapy centres, and healthcare facilities throughout the program.
Medical Imaging & Radiation Laboratories: Curtin provides specialised laboratories equipped for radiographic imaging, radiation therapy simulation, nuclear medicine training, and radiation science practical learning.
Simulation-Based Clinical Training: Students practise patient positioning, imaging procedures, treatment planning, and clinical communication skills within simulated healthcare environments before entering professional placements.
Industry-Standard Imaging Equipment: Practical training involves the use of diagnostic imaging technologies and radiation science equipment relevant to contemporary healthcare practice.
Radiation Therapy Planning Experience: Students gain exposure to treatment planning processes, radiation delivery systems, and patient management techniques used in radiation therapy environments.
Medical Imaging Software & Digital Systems: Students work with digital imaging systems, healthcare technologies, and clinical data platforms that support imaging analysis, patient records, and treatment planning.
Anatomy & Human Science Facilities: Practical learning includes anatomy, physiology, pathology, and biomedical science laboratory activities that strengthen understanding of human health and disease processes.
Clinical Communication & Patient Care Training: The program develops professional interaction, patient management, and teamwork skills through practical healthcare simulations and supervised clinical experiences.
Collaborative Healthcare Learning: Students participate in multidisciplinary learning activities alongside other health science students, reflecting collaborative healthcare practice environments.
Research & Healthcare Science Environment: Students benefit from Curtin’s health sciences research facilities and evidence-based healthcare teaching environment connected to medical and clinical sciences.
Library & Digital Learning Resources: Curtin libraries provide access to medical imaging journals, radiation science databases, anatomy resources, digital learning systems, and healthcare research materials.
Professional Practice Preparation: Through clinical placements and technical laboratory work, students develop workplace-ready skills aligned with professional medical radiation science standards.

Progression & Future Opportunities

Graduates of the Bachelor of Science (Medical Radiation Science) at Curtin University are prepared for professional careers in medical imaging, radiation therapy, and nuclear medicine through extensive clinical training and healthcare-focused education. The program equips students with strong technical expertise, patient-care capability, and professional clinical skills required in modern healthcare environments. Typical career pathways include medical imaging technologist, radiation therapist, nuclear medicine technologist, radiographer, and clinical healthcare specialist:

Curtin Careers & Employability Services: Students receive support through Curtin Careers, including employability workshops, career counselling, résumé and interview preparation, networking events, and graduate career development programs tailored to healthcare students.
Professional Accreditation & Registration Preparation: The program is professionally accredited for relevant medical radiation science disciplines, supporting graduate eligibility for professional registration and clinical practice within Australia.
Extensive Clinical Placement Experience: Students complete substantial clinical training in hospitals and healthcare facilities, helping graduates transition confidently into professional healthcare environments after graduation.
Healthcare Industry Partnerships: Curtin maintains strong partnerships with hospitals, medical imaging departments, radiation therapy centres, and healthcare providers across Western Australia to support practical training and workforce readiness.
Strong Healthcare Employability: Medical radiation science professionals remain in demand across diagnostic imaging, cancer treatment, and healthcare sectors, supporting positive employment opportunities for graduates.
Industry-Ready Technical Skills: Graduates develop practical expertise in imaging technologies, radiation safety, patient management, healthcare communication, and clinical decision-making relevant to medical radiation professions.
Professional Healthcare Experience: Through supervised placements and simulation-based learning, students graduate with real-world healthcare experience aligned with professional clinical standards.
Multidisciplinary Healthcare Preparation: The program develops teamwork, communication, ethical practice, and collaborative healthcare skills essential for working within hospital and clinical teams.
Long-Term Professional Recognition: Accredited qualifications and clinical training pathways support long-term career progression within medical imaging, radiation therapy, nuclear medicine, and broader healthcare industries.
Graduation Outcomes: Graduates may pursue employment in hospitals, cancer treatment centres, diagnostic imaging clinics, community healthcare services, private medical facilities, and specialised healthcare organisations.

Further Academic Progression:
After completing the degree, graduates may continue into postgraduate coursework or research programs in medical imaging, radiation therapy, nuclear medicine, healthcare leadership, medical physics, public health, or clinical research. Graduates may also pursue specialised professional certifications, advanced clinical training, or higher research degrees such as a Master’s or PhD in health sciences and medical radiation disciplines.