Sutherland Shire, Australia
Why join ANSTO?
ANSTO employees are passionate about what they do. We enjoy being part of an organisation making a difference in the lives of Australians.
We support and reward our employees through eligibility for:
Located in the Sutherland Shire, we have free onsite parking, a swimming pool, lunchtime sporting competitions and a delicious onsite café with relaxing break-out areas.
If you want to join a world class organisation that’s making a difference in the lives of Australians, apply now!
The Australian Nuclear Science and Technology Organisation (ANSTO) is home to Australia’s nuclear science and technical expertise. More than 1000 scientists, engineers and experts work at ANSTO and use nuclear science and technology to answer the big questions in the world around us – improving health outcomes, increasing our understanding of the environment and climate change and identifying new opportunities for Australian industry.
We operate much of our country’s landmark science facilities including one of the world’s most modern nuclear research reactors (OPAL). Importantly, ANSTO is helping to improve our health with one in two Australians benefitting from the nuclear medicines produced using the OPAL research reactor while being treated for serious illnesses such as heart disease and cancer.
About the position
ANSTO is one of Australia’s foremost scientific research and development organisations, focused on delivering the benefits of nuclear science to the Australian community. Based in Sydney, we operate the 20 MW OPAL Reactor which provides neutrons to a suite of 13 instruments, and have built up our team of scientists at the Bragg Institute to the point that we are the leading group of neutron scatterer’s in the Southern Hemisphere.
The Bragg Institute has the opportunity for suitably qualified scientists to step up into a position of Instrument Scientist on one of three newly constructed neutron-scattering instruments, BILBY, DINGO, and EMU. We are particularly interested in applicants with experience in small-angle scattering (neutron or X-ray), back-scattering neutron scattering, or radiography and tomography (neutron or X-ray).
BILBY is our time-of-flight small-angle neutron-scattering instrument, which is particularly suited to kinetic experiments on nanoscale structures such as polymers, biological molecules, defect structures in metals, ceramics, and geological specimens, as well as magnetic clusters and flux-line lattices.
DINGO is Australia’s first neutron imaging station and enables neutron radiography and tomography in an analogous manner to X-ray radiography and tomography. The main differences are the different contrast between elements and the greater penetration with neutrons. Neutron radiography is particularly suited to location and mapping of hydrogenous materials inside metallic or ceramic objects, including the flow of fuels and lubricants in engines, and non-destructive imaging of rare fossils and valuable ancient artefacts.
EMU is a high-resolution back-scattering spectrometer with energy resolution between 1 and 30 micro-eV especially suited to studies of water diffusion, dynamics of proteins, and quantum tunnelling of small molecular groups.
For further details about all three instruments, see http://www.ansto.gov.au/ResearchHub/Bragg/Facilities/Instruments/index.htm
The Instrument Scientists are responsible for the development and running of neutron scattering instruments, developing the user community, and leading research.
Term Position – Full Time | $89k – $116k +15.4% super
Small-angle neutron scattering, back-scattering neutron spectrometry, or neutron imaging
Duties and responsibilities