Bachelor of Medical Radiation Science (with specialisations)
Charles Sturt University
Key Information
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Campus location
Bathurst, Australia
Languages
English
Study format
On-Campus
Duration
4 years
Pace
Full time, Part time
Tuition fees
AUD 33,600 / per year *
Application deadline
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Earliest start date
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* 20% tuition fee scholarship available
Scholarships
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Introduction
CRICOS code: Bachelor of Medical Radiation Science (Diagnostic Radiography) - 071461E / Bachelor of Medical Radiation Science (Nuclear Medicine and Molecular Imaging) - 071461E / Bachelor of Medical Radiation Science (Radiation Therapy) in Wagga Wagga - 071461E / Bachelor of Medical Radiation Science (Radiation Therapy) in Bathurst - 010599C.
Medical radiation science is a diverse, challenging and progressive field that combines science, health and anatomy/physiology. The Bachelor of Medical Radiation Science from Charles Sturt University offers you the theoretical knowledge and professional skills to practise as a qualified medical radiation scientist. Taught by industry-based professionals, this medical radiation science degree has a high success rate in industry employment.
You can also choose to specialise in one of three areas: nuclear medicine and molecular imaging, diagnostic radiography, or radiation therapy. You’ll enrol directly into your specialisation, but build a strong foundation of core knowledge in your first year.
Course highlights
High industry demand
There is an increasing demand for highly educated and adaptable medical radiation science professionals in response to Australia's ageing population and organic growth of the industry. Our degree puts you at the cutting edge of the industry, giving you a competitive advantage in the employment market.
Equipped for success
Equipment used by medical radiation scientists has become increasingly sophisticated over the past decade and detailed knowledge of equipment function, operation and computer interfacing is required. With an emphasis on the techniques and equipment used in diagnostic radiography, nuclear medicine and radiation therapy, this degree will provide you with the skills and knowledge you need for a rewarding and fulfilling career. You’ll learn across a wide range of subject areas, including general radiography, screening, computed tomography (CT), magnetic resonance imaging (MRI), ultrasound, single-photon emission computed tomography (SPECT), positron emission tomography (PET), hybrid systems (SPECT/CT, PET/CT, PET/MRI), simulation and planning systems, linear accelerators, and state of the art computer/software systems.
Become a well-rounded professional
You’ll complement your clinical skills with a range of highly sought-after soft skills, such as communication and collaboration. These skills align with the Australian Health Practitioner Regulation Agency. Achieve your goals by becoming complete health professional.
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Curriculum
Specialisations
Nuclear medicine and molecular imaging
A career in nuclear medicine and molecular imaging is a fascinating intersection of radiation physics, radiopharmaceutical sciences, radiochemistry, human biology, pathophysiology, biomedical engineering, computer science, data analytics (radionics and artificial intelligence), communication and patient care; high tech life-saving and life-changing healthcare. Further study and training will prepare you for a career in ultrasound or MRI.
Diagnostic radiography
Become a diagnostic radiographer / medical imaging technologist and produce images of the structure of the body to assist medical diagnosis, guide treatment and help with medical decision-making. You’ll use a large range of imaging technologies including general X-rays, CT, angiography and mammography in various clinical settings. Further study and training will prepare you for a career in ultrasound or MRI.
Radiation therapy
In this specialisation, you’ll use advanced computer software to design treatments for cancer patients. Then you’ll engage advanced technologies to implement treatment plans. Branch out and specialise in areas such as tomotherapy and IMRT.
Subjects
For each 8 point subject you are enrolled in, you should expect to spend 10 to 12 hours per week working on assignments and assigned readings, tutorial assistance, individual or group research/study, forum activity, workplace learning, and attending lectures, residential schools, or examinations.
If you are studying four subjects per session, this is equivalent to a full-time job. The workload for some subjects may vary as a result of the approved course design.
The Bachelor of Medical Radiation Science (with specialisations) is comprised of 13 core subjects (120 points) and a specialisation (136 points) in one of the following areas: Diagnostic Radiography, Nuclear Medicine & Molecular Imaging, Radiation Therapy.
The course is offered full time, on-campus, for over 4 years.
Key Subjects
Diagnostic Radiography
- Radiographic Techniques 1
- Radiographic Techniques 2
- Radiographic Techniques 3
- Diagnostic Radiography Residency
Nuclear Medicine and Molecular Imaging
- Nuclear Medicine Science 1
- Nuclear Medicine Science 2
- Nuclear Medicine Science 3
- Nuclear Medicine Instrumentation
- Nuclear Medicine and Molecular Imaging Residency
- Radiopharmacy
Radiation Therapy
- Principles and Practice Radiation Therapy 1
- Principles and Practice Radiation Therapy 2
- Principles and Practice Radiation Therapy 3
- Radiation Therapy Residency
Core Subjects
- Human Bioscience 1
- Human Bioscience 2
- Indigenous Health
- Professional Fundamentals
- Introductory Medical Radiation Science
- Sectional Anatomy
- Imaging Pathology
- Radiation Dosimetry, Biology & Protection
- Pharmacology for Medical Radiation Science
- Computed Tomography Principles and Practice
- Non-ionising Imaging Techniques
- General Physics
- Physics for Medical Radiation Science
- Health Psychology
Diagnostic Radiography
- Radiographic Techniques 1
- Digital Systems, Sustainability and the Global Community
- Image Critique and Image Interpretation
- Radiographic Techniques 2
- Radiographic Techniques 3
- Diagnostic Radiography Residency
Nuclear Medicine and Molecular Imaging
- Nuclear Medicine Science 1
- Nuclear Medicine Science 2
- Nuclear Medicine Science 3
- Nuclear Medicine Instrumentation
- Digital Systems, Sustainability and the Global Community
- Nuclear Medicine and Molecular Imaging Residency
- Radiopharmacy
Radiation Therapy
- Principles and Practice Radiation Therapy 1
- Radiation Therapy Planning Principles
- Principles and Practice Radiation Therapy 2
- Principles and Practice Radiation Therapy 3
- Radiation Therapy Technology
- Radiation Therapy Residency
Career Opportunities
When you graduate you’ll be ready to work in public and private nuclear medicine, diagnostic radiography and radiation therapy facilities, as well as in management, research, industry (application specialists) and higher education.
Explore opportunities in nuclear medicine and molecular imaging
Work as a nuclear medicine scientist either in public hospitals or private nuclear medicine practices anywhere in Australia. You will be eligible to register with the Medical Radiation Practice Board of Australia. You can also apply to work in some overseas countries – like New Zealand and the United Kingdom. Graduates are employed as nuclear medicine scientists or CT radiographers in rural and metropolitan areas, and further study and training can set you up for a career in ultrasound or MRI.
Work in diagnostic radiography
Become a diagnostic radiographer/medical imaging technologist in a public hospital or private radiology practice. You’ll be ready to work throughout Australia or some overseas countries – and you can boost your career prospects by registering with the Medical Radiation Practice Board of Australia. Further study and training will set you up for a career in ultrasound or MRI.
Become a radiation therapist
Explore a career as a radiation therapist in public hospitals or private radiation oncology practices anywhere in Australia, as well as overseas. You could also specialise in areas such as tomotherapy and IMRT. We are seeking course accreditation so graduates will be eligible to register with the Medical Radiation Practice Board of Australia.