Master of Medical Imaging Science

  • Ranked top 25 in the world (QS World University Rankings 2026)

Domestic student, 2027

Compare (0)

Why Master of Medical Imaging Science?

Our Master of Medical Imaging Science provides a flexible and technologically sophisticated online program that enables medical imaging professionals to become leaders in a specialised field.

Our degree is ideal for graduates of diagnostic radiography programs or medical imaging professionals who wish to specialise or gain advanced knowledge and skills.

Overview

Fees

A$32,500*

This is the indicative annual tuition fee (per calendar year), based on a full-time study load of 48 credit points. The degree requires 72 credit points in total. 

Estimate only. View complete fee details

Duration

3 years part-time
(Not available full-time)

Intake/s

Semester 1 - February

campus Location

This course is delivered at:
Not applicable Only available online

Study mode

Online

Available only for non-international student visa holders. If you are intending to study on an international student visa, please refer to the face-to-face study

Additional info

Credit points :
72
Total amount of credits points required to complete this course. All subjects have a credit point value to indicate their contribution towards completing the course.
MAMDIMGS1000

What you’ll study

The Master of Medical Imaging Science is an advanced practice postgraduate coursework degree for medical imaging professionals. The course develops leadership knowledge and skills to implement new and optimised imaging techniques to improve patient and healthcare outcomes.

You will complete core units that cover the state of the art in medical imaging technology and image data handling and analysis.  Electives are based on your chosen specialisation and areas of particular interest. In the final semester capstone unit you will use all your skills to develop an evidence-based practice change proposal in the area of your specialisation.

Unit of study table: Medical Imaging Science

Explore your options

Browse the various subject areas you can choose within this degree.

Specialisation

Specialisations are a group of related subjects developed for a profession or career, as part of a professional or specialist degree like Engineering.

Breast Imaging

About this specialisation

Breast Imaging is designed to advance evidence-based knowledge and expand professional skills in this rapidly developing area of medical imaging.

This specialisation will integrate the theory and practice of mammography in the context of breast screening and breast cancer detection. Areas studied include, the fundamentals of digital mammography, relevant radiation physics, technical priorities and client care.

Students will also cover the latest trends in new and novel imaging methods and technologies for breast cancer detection such as digital breast tomosynthesis, phase contrast, magnetic resonance, diagnostic ultrasound, and molecular imaging. Current research into reader accuracy will also be investigated.

Learn more

Computed Tomography

Computed Tomography (CT) is designed for professionals & researchers investigating the area of CT and hybrid imaging and facilitates student learning whilst encouraging the use of evidence based practice and critical thinking. The specialisation provides a theoretical understanding of the science of CT instrumentation, image formation and radiation dose minimisation.

Students will study the development of CT protocols and various operator selectable parameters. The content will include: oral and intravenous contrast safety and administration; routine and interventional CT procedures; post processing; dual source and multi energy CT; CT perfusion; cardiac CT; micro-, cone beam, mobile and flat panel CT; and CT in radiation therapy and hybrid imaging.

Learn more

Hybrid Imaging

About this specialisation

Hybrid Imaging will be of interest if you  are already working, or considering a career, as a  nuclear medicine scientist, medical radiation practitioner or researcher in the area of molecular and morphological hybrid imaging.

You will develop an understanding of the basic science of positron emission tomography (PET) and single photon emission tomography (SPECT), computed tomography (CT) and magnetic resonance (MR) imaging.

You will study the equipment, tomographic reconstruction, image display and analysis used in current clinical hybrid systems, e.g., SPECT/CT, PET/CT, PET/MRI. Techniques used to improve image quality, quantify radiopharmaceutical biodistribution and reduce radiation dose to the patient will be included.

This specialisation will also investigate the clinical application of molecular and morphological hybrid imaging in different patient conditions. Future trends and novel techniques in the development and application of hybrid imaging will be discussed.

Learn more

Magnetic Resonance Imaging

About this specialisation

The Magnetic Resonance (MR) Imaging specialisation is primarily designed for professionals working within the field of medical imaging.

It provides students with a solid knowledge base of the important technical and theoretical aspects of MRI along with an understanding of the clinical applications of this imaging technology.

This specialisation comprises four Units of Study (MR Theory, MR A, MR B and MR C). Firstly, in MR theory, students will examine the principles of magnetic resonance with the learning supported by recommended texts, recorded lectures, e-texts and online practicals using a remote-access MRI system.

Subsequently in the weekly learning modules of MR A, B and C  the application of MR theory to the field of medical imaging will be studied  to allow students to develop an understanding of MR hardware requirements, RF coils, pulse sequences, spatial encoding, parameter manipulation and common image artefacts as they pertain to MR Imaging.

Students will then utilise this knowledge to study a range of examination techniques from the more basic musculoskeletal studies through to studies of the  central nervous system (including perfusion, diffusion, angiography, fMRI and proton spectroscopy techniques) and on to body examinations (including cardiac, breast, liver, foetal, prostate etc). Emerging technologies such as MR-PET, non-proton and ultra-high field MRI will also be investigated in these Units of Study.

Learning resources include e-texts, peer-reviewed, journal articles, videos and webpages along with tutorial tasks, practice quizzes and weekly online discussion topics. Learning will also be supported by clinical case examples which demonstrate the appropriate application of different MR sequences and modifications required for different patient presentations.

Learn more

2027 tuition fees

AUD$32,500

This is the indicative annual tuition fee (per calendar year), based on a full-time study load of 48 credit points. The degree requires 72 credit points in total. 

Your Fees Explained

This is an estimate

This is an indicative amount based on 1 year of full-time study i.e. 48 credit points (1.0 EFTSL). Depending on the calendar year in which you undertake your study, and if your study load is more or less than the 1.0 EFTSL, your tuition fee will differ from the indicative amount. 

How to calculate your tuition fee

Additional costs, fees and incidentals

For most courses, there are other costs in addition to the tuition and/or student contribution amount, such as the Student Services Amenities Fee. Some are significant and can include course-specific materials, tools, protected clothing and equipment. Other costs may include application fees and credit card surcharges.

Scholarships

Whether you’re starting out, wanting to further your career, or pursuing a passion, let’s make it happen.

Entry requirements

1

Qualifications

Mandatory for course entry

Admission to candidature for the Master of Medical Imaging Science requires one of the following qualifications, awarded in the fields of Medical Imaging Sciences, Radiation Therapy, or Nuclear Medicine: 

  • A master's degree; or
  • a bachelors degree with a credit average; or
  • an honours bachelor’s degree; or
  • completion of the requirements of the embedded graduate diploma or graduate certificate in this discipline; or
  • qualifications deemed by the faculty to be equivalent to one of the above;

and

  • current unconditional registration with the Australian Health Practitioner Regulation Agency or equivalent international registration.
  • evidence of any other minimum standards specified by the Faculty of Medicine and Health.

For domestic applicants, the Indigenous Facilitated Entry Scheme and the Rural Applicants Facilitated Entry Scheme are available for eligible applicants. Please refer to the SSHS Medical Imaging Science Special Admission Pathways Guide for definitions and information on facilitated entry schemes.

International qualifications

For qualifications awarded outside Australia, equivalencies and entry requirements are determined based on the country, institution, and qualification.

Recognition of prior learning

Related study may be credited towards your degree. This may also include relevant work experience for some postgraduate courses. Learn more

2

English Language Requirements

Mandatory for course entry

You may need to provide evidence of your English proficiency to study with us. Find out which requirements are applicable to you below:

Option 1
English language requirements

If English is your first language, you need to have citizenship or permanent long-term residency (minimum 10 years) and completed secondary or higher education (tertiary) studies in an English-speaking country recognised by the University.

List of recognised English-speaking countries

American Samoa, Australia, Bahamas, Barbados, Belize, Botswana, Canada (excluding Quebec), Fiji, Gambia, Ghana, Gibraltar, Guyana, Ireland, Jamaica, Kenya, Lesotho, Liberia, New Zealand, Nigeria, Papua New Guinea, Samoa, Singapore, Solomon Islands, South Africa, Tonga, Trinidad and Tobago, United Kingdom (including Northern Ireland), United States of America, Zambia, Zimbabwe.

Option 2
English is NOT my first language

If English is not your first language, you will need to provide proof of your English proficiency before you can commence your studies at the University.

You can do this either by demonstrating that you have completed specific secondary or tertiary qualifications, by taking an English language skills test, or by completing a relevant English language course at the University’s Centre for English Teaching.

IELTS score A minimum result of 6.5 overall and a minimum result of 6.0 in each band
TOEFL - IBT score A minimum result of 85 overall including a minimum result of 17 in Reading, Listening and Speaking and 19 in Writing
Pearsons Test of English A minimum result of 64 overall and a minimum result of 60 in each band

How to apply

Before applying

Below is a standard list of documents that you will need to include with your application for admission. These documents are in addition to any specific documents/requirements (e.g. supplementary forms) which if applicable will be listed above.

  • Proof of identity: a valid passport (biodata page). Alternatively, an Australian birth certificate or Australian or New Zealand citizenship certificate for domestic students.
  • Current or final official academic transcripts and their official English translation copy if the original transcripts were issued in a language other than English. Currently enrolled University of Sydney students do not need to provide a copy of their transcript(s). Credit transcript(s) may be required if you were granted credit for studies previously undertaken.
  • Final testamur or proof of completion of your qualification and its official English translation copy if it was issued in a language other than English.
  • Proof of English proficiency (e.g. IELTS, TOEFL results) where required.
  • For courses with mandatory prerequisites, official detailed unit outlines for all prerequisite units in your studies which you believe will meet the prerequisite requirements.

Submit application

Apply early as applications can close prior to the advertised closing dates if course capacity is reached. 

Closing dates

Semester 1

31 January of the commencing year.

This course has limited places available. Not all applicants who meet the application deadline and requirements may be successful. 

Scholarship applications

Separate deadlines apply for scholarships.

View scholarship closing dates

Additional information

NSW Health Tertiary Health Study Subsidy Program

Domestic students may be eligible for the NSW Health Tertiary Health Study Subsidy Program. For information on how to apply, see here.

Stay informed

Key dates, event invites and more - we’ll keep you in the loop.