Educational Courses

  • Graduate Certificate in Radiation Management - The University of Adelaide
    • Graduate Certificate in Radiation Management will equip you to lead workplace radiation safety across a broad spectrum of industries. Studied over 12 months full-time, it will give you a sound understanding of ionising radiation’s:
      •     detection and identification
      •     dose quantification
      •     health effects
      •     control in the event of an accident
      •     management in the environment.
      You’ll also acquire:
      •     knowledge of all relevant regulatory bodies and guidelines
      •     valuable real-world experience through an industry placement.
  • Graduate Diploma in Applied Science (Medical Physics)

      • Complete coursework such as advanced lectures, seminars and independent study in medical and health physics.
      • Prepares you for a career as a medical physicist, health physicist or bioengineer in hospitals, health departments, tertiary institutions and medical instrumentation companies.
      • Complete in 1 year full-time or 2 years part-time.
      • Opportunity to progress on to the Master of Applied Science (Medical Physics).
  • Master of Applied Science (Medical Physics)

      • Study a Master of Applied Science Medical Physics and help further your career in the medical and health physics discipline.

      • Exit early option with a Graduate Diploma of Applied Science (Medical Physics).

      • Complete in 1.5 years full-time or 3 years part-time.

      • Prepares you for a career in hospitals, health departments, tertiary institutions and medical instrumentation companies, either as a medical physicist, health physicist or bioengineer.

  • The Australian Institute of Nuclear Science and Engineering (AINSE) Winter School
    • The annual AINSE Winter School offers a once-in-a-lifetime opportunity for senior undergraduate students to discover the potential for further research in nuclear science and related technologies. In the online week of the 2022 event, students can meet and engage with future research collaborators, gain deep insight into ANSTO’s landmark research facilities, and network with other like-minded students from all across Australia and New Zealand.
    • All expenses covered - ANSTO provides for the costs of the experiments, while AINSE covers your travel, accommodation, meals and social activities throughout the program. 

Postgraduate Studies

  • 30 Mar 2022 2:28 PM | Matthew (Administrator)

    Job No.: 633514

    Department: Monash University Accident Research Centre (MUARC)

    Faculty/Division: Office of the Senior Vice-Provost and Vice Provost

    Location: Clayton campus

    Employment Type: Full-time

    Duration: 3-year fixed-term appointment

    Remuneration: Research Training Program (RTP) stipend of up to *$39,500 p.a. 2021 full-time rate (tax-free stipend) - annually indexed plus allowances as per the stipend conditions.

    *Please note this is the total amount of the scholarship. Students are required to apply for Monash Research Training Program funding ($29,500), and if successful, will receive ARPANZA top-up funding to the value of $10,000. 

    Monash University is committed to achieving excellence in research and education, built upon a deep and extensive engagement with the world, to serve the good of our communities and environment. At Monash, we nurture our researchers and their research. In particular, Monash’s Graduate Research program is designed to prepare graduates with the knowledge, skills and abilities to develop a broad range of skills and professional attributes and make an impact in industry, government, community or academia after graduation.

    The Monash University Accident Research Centre (MUARC) and its Monash Faculty partners (Art and Design, Engineering, Arts, and Medicine) have, for over three decades, forged enduring and collaborative partnerships with Australian and international industry, government and other organisations which have fostered cutting-edge injury prevention research, and have convincingly established us as world leaders in the field of injury prevention. Our research and associated activities have direct translational impact in safety policy and practice with international reach.

    The Opportunity

    A unique, exciting opportunity exists for an exceptionally talented candidate interested in undertaking a PhD at the Monash University Accident Research Centre (MUARC). MUARC is Australia's largest and most respected accident and injury prevention research organisation. MUARC’s research, consultancy, training and scientific expertise include safety in all modes of transport, in the workplace, in the community and in the home. MUARC’s goal is simple but profound: to prevent injury, save lives, and build futures.

    The Project: Injuries resulting from cosmetic application of non-ionising radiation.

    Non-ionising radiation (NIR) can be applied for cosmetic purposes, such as the use of laser to remove tattoos or to improve the appearance of wrinkles, lines and acne scars. In Australia, there is limited and inconsistent regulation around the use of NIR for non-medical, cosmetic purposes. There is anecdotal evidence that cosmetic application of NIR frequently results in unintentional injuries, but to date there is no systematic collection of the injury data. Comprehensive NIR cosmetic injury data collection and analysis are required for Australian states and territories to be able to pursue the development of regulation for these applications.

    The purpose of this PhD programme is to determine the burden of injury in Australia resulting from NIR treatment applied to the skin for cosmetic purposes.

    The PhD programme of work will encompass:

    1. A review of the international scientific literature on injuries resulting from cosmetic use of NIR, followed by a media review of Australian case reports in news outlets in the last ten years
    2. A review of regulatory arrangements, health care complaints and legal cases relating to NIR treatment injury
    3. Patient data analysis of NIR injuries, based on: (a) hospital admissions data and emergency department presentations data; and (b) GP clinical data files where these can be accessed through one or more Primary Health Networks
    4. Design and implementation of a survey of patients who underwent NIR treatment, recruited through cosmetic treatment centres
    5. Discussion of the findings and drafting of recommendations regarding potential regulation of NIR use for cosmetic purposes, as well as recommendations for ongoing NIR related injury data surveillance

    Candidate Requirements

    As the successful candidate, you will:

    • Have a relevant Honours or Masters degree with H1 or equivalent
    • Meet the eligibility criteria for PhD candidature at Monash University
    • Be an Australian or New Zealand citizen
    • Have an interest in injury prevention research and specifically, an interest in health data analysis and statistics
    • Have excellent written and verbal communication skills
    • Have the ability to work independently, as well as part of a team
    • Have the ability to plan, organise, manage multiple tasks and meet deadlines; and
    • Have analytical thinking, data analysis and critical problem-solving skills

    How to apply

    Potential candidates should complete the Expression of Interest (EOI) form, including a one page research proposal, and submit this form, with full CV and transcripts, to the Graduate Research Administrative Officer (see details provided above).

    Shortlisted candidates will be invited to attend an interview at MUARC.

    In the context of COVID-19, the University is required to comply with various health directions issued from time to time by the Chief Health Officer. Further information concerning vaccination requirements and the obligations on Monash University to collect, record and hold vaccination information about employees is available at the Department of Health and Human Services (DHHS) Victoria, please select COVID-19 Mandatory Vaccination (Workers) Directions.


    Janneke Berecki-Gisolf, Victorian Injury Surveillance Unit (VISU),

    Closing Date

    Sunday 15 May 2022, 11:55 pm AEST


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  • 26 Jul 2024 3:30 PM (AEST) Training room 1, 15 Butterfield Street Herston
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