Medical Imaging

Medical Imaging is a non-invasive technique that uses advanced technology to create visual representations of the human body's internal structures. It helps doctors diagnose and treat a wide range of medical conditions, such as broken bones, cancers, and heart disease. Common types of medical imaging include X-rays, CT scans, MRI scans, and ultrasound. By providing detailed images of the body's organs and tissues, medical imaging allows doctors to make more accurate diagnoses and develop more effective treatment plans.

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1. Admissions Guide for Medical Imaging in Australia

This diagram provides a brief guide to the admission process for high school and university graduates who wish to study Medical Imaging in Australia.

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2. Entry Requirements for Medical Imaging Studies in Australia

The table below provides an overview of the minimum entry requirements for international students who are interested in pursuing studies in Medical Imaging in Australia. The entry requirements are classified into academic and English language requirements. It is important to note that admission requirements may differ based on the institution. For comprehensive admission requirements, it is recommended to seek advice from an Australian Study Abroad Counselor (QEAC).

Qualification	Duration	IELTS	Academic Requirement
Bachelor's degree	4 years	7.0 (no band less than 7.0)	High school diploma Prerequisite Subjects
Master's degree	2 years	7.0 (no band less than 7.0)	Bachelor's degree Prerequisite Subjects

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3. Specializations in Australian Medical Imaging

Please find below a table outlining a brief introduction to the four main specializations in the field of medical imaging in Australia.

Specializations	Introduction
Nuclear medicine	This specialization involves the use of radioactive materials to diagnose and treat diseases. It uses a small amount of radioactive material to create images of organs and tissues inside the body, which helps doctors diagnose and treat various conditions such as cancers, heart disease, and other disorders.​
Diagnostic radiography	This specialization focuses on creating medical images of the inside of the body using various imaging techniques such as X-rays, CT scans, and MRI scans. These images help doctors diagnose and treat a wide range of medical conditions, from broken bones to cancers.​
Radiation therapy	This specialization involves the use of high-energy radiation to treat cancer and other diseases. It uses a variety of techniques, such as external beam radiation therapy and brachytherapy, to target and destroy cancer cells while minimizing damage to healthy tissue.​
Sonography	This specialization involves using high-frequency sound waves to create images of the inside of the body. It is commonly used to examine organs such as the heart, liver, and uterus, and is also used during pregnancy to monitor the growth and development of the fetus.​

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4. Structure of Medical Imaging Courses in Australia

The following table provides an overview of the structure of a Medical Imaging course for international students in Australia. It outlines the key components of the course and briefly describes what each component covers. This information can be useful for students who are interested in pursuing a career in medical imaging and want to gain a better understanding of the different areas of knowledge and skills that they will acquire through the course.

Note: The components and course structure may vary depending on the institution and specific course.

Component	Description
Foundations of MI	Introduces students to the basics of medical imaging, including anatomy, imaging modalities, and patient care.
Physics of MI	Covers the principles of radiation physics and technology used in medical imaging, such as x-ray, MRI, and CT.
Radiographic Science	Explores the practical application of radiographic science, including image production, analysis, and evaluation.
Anatomy and Physiology	Focuses on the study of the human body's structure and function, including systems, organs, and tissues.
Clinical Practice I	Provides students with hands-on experience in medical imaging settings under the supervision of licensed professionals.
Medical Imaging Pathology	Examines the interpretation of medical images to detect and diagnose abnormalities and diseases.
Medical Imaging Procedures	Covers the use of specific medical imaging procedures and techniques, including positioning, protocols, and patient care.
Clinical Practice II	Builds on the skills and knowledge gained in Clinical Practice I, with a focus on more complex cases and procedures.
Advanced Imaging Modalities	Covers more advanced medical imaging modalities such as PET, SPECT and Nuclear Medicine.
Ethics in Medical Imaging	Explores the ethical considerations involved in the medical imaging profession, including patient confidentiality and consent.

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5. ASMIRT (Australian Society of Medical Imaging and Radiation Therapy) Accredited Programs List

ASMIRT (Australian Society of Medical Imaging and Radiation Therapy) is responsible for maintaining a list of accredited medical imaging and radiation therapy programs offered by different institutions across various states and territories in Australia. The accreditation process is designed to ensure that these programs meet the required standards for medical imaging and radiation therapy education and training in Australia. Prospective students or practitioners of medical imaging and radiation therapy who wish to practice in Australia are advised to consult this list to ensure that they enroll in an accredited program.

State/Territory	Institution	Program	Duration
NSW	​Charles Sturt University	​Bachelor of Medical Radiation Science (Medical Imaging / Radiation Therapy / Nuclear Medicine)	4 years
NSW	​University of Newcastle	​Bachelor of Medical Radiation Science (Honours) (Diagnostic Radiography / Nuclear Medicine / Radiation Therapy)	4 years
NSW	University of Sydney	​Bachelor of Applied Science (Diagnostic Radiography) Master of Diagnostic Radiography	4 years 2 years
VIC	Deakin University	Bachelor of Medical Imaging	4 years
VIC	Monash University	Bachelor of Radiography and Medical Imaging (Honours)	4 years
VIC	​RMIT University	​Bachelor of Applied Science (Medical Radiations)	4 years
QLD	Central Queensland University	​Bachelor of Medical Imaging	4 years
QLD	Queensland University of Technology	​Bachelor of Medical Imaging Bachelor of Radiation Therapy	4 years 4 years
ACT	​University of Canberra	​Bachelor of Medical Radiation Science (Medical Imaging) Master of Medical Imaging	4 years 3 years
SA	University of South Australia	​Bachelor of Medical Radiation Science (Medical Imaging / Nuclear Medicine / Radiation Therapy)	4 years
WA	Curtin University	​Bachelor of Science (Medical Radiation Science) (Medical Imaging / Radiation Therapy)	4 years

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6. Hierarchy of Medical Imaging Positions and Descriptions

The table below presents the various positions in the medical imaging hierarchy in Australia, ranging from Medical Imaging Assistant to Medical Imaging Technologist. As one moves up the hierarchy, the responsibilities and necessary skills increase, with higher positions requiring experience in team management and advanced medical imaging care.

Note: Positions and descriptions below may vary by medical imaging agency or organization.

Position	Description
Medical Imaging Assistant	Assists medical imaging professionals in preparing patients, handling equipment, and ensuring quality control during procedures.
Medical Imaging Technologist	Performs and analyzes medical imaging procedures and may be responsible for supervising Medical Imaging Assistants.
Medical Imaging Supervisor	Manages a team of Medical Imaging Technologists and Assistants, ensures equipment is maintained and liaises with other departments.
Medical Imaging Manager	Manages a medical imaging department and oversees the operations of Medical Imaging Supervisors, Technologists, and Assistants.
Medical Imaging Specialist	Provides advanced medical imaging care and consults with physicians to diagnose and treat patients.

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7. Registration and Career Information for Medical Imaging in Australia

The table below outlines the process and future prospects for becoming a Medical Imaging Professional in Australia. It also includes information on employment size, projected job growth rates, average salaries, employee percentages, female employment rates, and the average age of professionals in this field in Australia.

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Occupation	Medical Imaging Professionals (ANZSCO ID 2512)​
Job Type	​Professionals
Skill Level	Very high skill
Unemployment Rate	Below average

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Employed	​18,200
Future Growth	14.7%
Weekly Earnings	N/A
Full-Time Share	67%
Female Share	71%
Average Age	37

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8. Immigrating to Australia through Medical Imaging

The diagram below provides an overview of the general process for immigrating to Australia through the Australian Medical Imaging Program, including available visa options and Medical Imaging-related occupations.

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Skilled Independent visa (Subclass 189)	Skilled Nominated visa (Subclass 190)	Skilled Work Regional (Provisional) visa (Subclass 491)	Temporary Skill Shortage visa (Subclass 482)	Skilled Employer Sponsored Regional (Provisional) visa (Subclass 494)
​O	​O	​O	​O	​O

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Occupation	ANZSCO	List	Visa	Accessing Authority
​Medical Diagnostic Radiographer	251211	MLTSSL	Subclass 186 Subclass 189 Subclass 190 Subclass 482 Subclass 187 Subclass 491 Subclass 494	ASMIRT
Nuclear Medicine Technologist	251213	MLTSSL	Subclass 186 Subclass 189 Subclass 190 Subclass 482 Subclass 187 Subclass 491 Subclass 494	ASMIRT
Medical Radiation Therapist	251212	MLTSSL	Subclass 186 Subclass 189 Subclass 190 Subclass 482 Subclass 187 Subclass 491 Subclass 494	ASMIRT
Sonographer	261313	MLTSSL	Subclass 186 Subclass 189 Subclass 190 Subclass 482 Subclass 187 Subclass 491 Subclass 494	ASMIRT