Our Master of Diagnostic Radiography teaches you how to work with a range of innovative imaging technologies including small mobile X-ray machines and larger units such as MRI and CT scanners, as well as sophisticated cardiac units to enable accurate patient diagnosis and treatment.

An accelerated diagnostic radiography pathwayIf you’re a graduate but considering a career change, then the UC Master of Medical Imaging course offers an accelerated learning program that condenses a comprehensive three-year course into an internationally recognised Medical Imaging qualification in only 2.5 years.Highly focused, engaging and interactive, the UC Master of Imaging course will help you become proficient in diagnostic radiography graduating six months earlier – thus gaining a highly competitive advantage over other similar courses elsewhere.Successful completion of the course will allow you to apply for registration to practice as a Diagnostic Radiographer from the Medical Radiation Practice Board of Australia (MRPBA) and you’ll be ready to forge ahead in your career as a competent and professional diagnostic radiographer.The UC Master of Medical Imaging is an approved program of study by the Medical Radiation Practice Board of Australia (MRPBA) allowing graduates to gain registration as a diagnostic radiographer for employment in both public hospitals and private radiology practices in any state or territory in Australia and around the world.The course is highly career-focused and includes ongoing Work Integrated Learning (WIL), offering specialised opportunities across multiple fields of diagnostic radiography, such as general radiography, mammography, angiography, magnetic resonance imaging (MRI), computed tomography (CT) and medical ultrasound.  Study a Master of Medical Imaging at UC and you will: Gain advanced knowledge of scientific principles and concepts of all medical imaging techniques. Operate diagnostic radiographic instrumentation to optimise image quality and minimise radiation dose or other potential patient hazards. Understand protocols and methods associated with diagnostic and interventional radiographic examination procedures. Learn anatomy, physiology, pathology, radiation protection, biology, and dosimetry relevant to diagnostic radiography. Become familiar with normal and abnormal imaging appearances within current diagnostic radiographic procedures. Understand the role of a diagnostic radiographer within the wider healthcare team in Australia and internationally. Work with patient information management systems.  Work Integrated Learning (WIL)WIL is a vital part of the Master of Medical Imaging program and has been created to give students hands-on experience using a broad range of x-ray units within a simulated and controlled lab environment.This approach builds confidence and has been designed to ensure that all UC students are familiar with using real-world technology by the time they reach their first clinical placements.As part of the training, each student will get to participate in clinical placements and residencies throughout the course. Each off-site WIL experience will give you the opportunity to interact with patients from a range of ethnic, age, gender and disability backgrounds – while also networking and building professional relationships with experienced industry professionals.Please note: in some placements you may find your physical and emotional fortitude challenged as you come across potentially confronting medical images in detail, or work with those you may be severely injured or at the end stage of a terminal illness.  Career opportunitiesA UC Master of Medical Imaging qualification is a globally recognised and respected degree that will allow graduates to progress competently and confidently into a career in any of the following positions: General radiographer. Mammographer. Angiographer. Magnetic resonance imaging (MRI) radiographer. Computed tomography (CT) radiographer. Clinical educator. Clinical researcher. Research manager. Vendor application specialist. Sonographer*.To gain accreditation in this field*, further postgraduate study is necessary.  Course-specific informationPrior to undertaking any clinical placement students will be required to: Undertake a National Police Check. Obtain and Working With Vulnerable People registration. Provide your immunisation history. Have a qualification in First Aid including CPR.Please note that this course will commence one week before the Semester 1 start date, this is during the university O-Week. Professional accreditationThis course is accredited with the Australian Health Practitioner Regulation Agency (AHPRA) through the Medical Radiation Practice Accreditation Committee (MRPAC), the accreditation committee of the Medical Radiation Practice Board of Australia (MRPBA). Graduating students will be eligible to apply for registration as a Diagnostic Radiographer with the MRPBA.

Taught by molecular imaging experts supported by state-of-the-art facilities, the Master of Molecular Imaging Technology aims at developing international leaders in this exciting field.The unique 1.5 year program has been designed for graduates with a background in chemistry, biology, physics, computer science, engineering, radiography and nuclear medicine technology who wish to gain an in-depth knowledge of molecular imaging.You'll cover all key aspects of the subject, including optical imaging, ultrasound photo-acoustic imaging, single photon emission tomography, positron emission tomography, computed tomography, magnetic resonance imaging and hybrid imaging technologies. You'll also learn about the latest molecular imaging probes, contrast agents and radio-pharmaceuticals for nuclear medicine, as well as the importance of quality control involved in clinical molecular imaging.Importantly, you'll have the opportunity to undertake a semester-long molecular imaging research project under the guidance of an academic supervisor. Using previously acquired data in the areas of molecular imaging, you'll learn to organise, analyse and discuss information and draw defensible conclusions.A two-week residential component at the start of the course adds to your research training, and further readies you for a challenging and rewarding career.

UQ's Master of Magnetic Resonance Technology is a 1.5 year full-time program designed for professionals wanting to gain an advanced understanding of the physics and technology surrounding magnetic resonance. You'll have access to the most comprehensive and advanced range of magnetic resonance instrumentation in the Southern Hemisphere, including three whole-body scanners, several High Resolution NMR spectrometers, solid state and EPR instruments and micro-imaging and animal imaging systems.In a multidisciplinary environment, you'll learn from experienced radiographers, medical practitioners, medical physicists, chemists and engineers about the physics of magnetic resonance and image formation, the components of modern MRI scanners and specialist practical skills essential for a dynamic career in this field.You'll be exposed to new techniques which are not yet part of standard clinical practice. Plus you'll apply your knowledge to projects that make innovative use of magnetic resonance, and gain the skills to assess the needs of a radiography practice and the capability to meet these needs with equipment from various manufacturers.MRI physicists, MR technologists, image processors, engineers and biomedical engineers are in demand within Australia and internationally. UQ graduates have found employment in leadership positions in hospitals, private practice and research facilities.

#澳洲移民 ，除了护理、幼教、社工专业以外，还有什么专业对背最限制较小、录取要求也相对友好呢?这期介绍的专业是:医学影像 硕士。
·专业主要是做什么?简单来说就是“拍片子”，在体检的时候会有涉及到拍CT、核磁共振这样的项目。这些都是属于医学影像的范畴，它是医学领域的一个重要分支，主要涉及使用各种医学影像技术来帮助医生诊断和治疗疾病。工作职责主要涉及影像采集、影像报告、影像解读、影像处理、根据影像结果建议治疗方式等内容。

澳洲大学健康科学部分专业课程概览——医学影像硕士

推荐说明

诊断放射学硕士

Master of Diagnostic Radiography

入学语言要求（雅思）

医学影像学硕士

Master of Medical Imaging

入学语言要求（雅思）

分子成像技术硕士

Master of Molecular Imaging Technology

入学语言要求（雅思）

磁共振技术硕士

Master of Magnetic Resonance Technology

入学语言要求（雅思）