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About CSIRO

The Commonwealth Scientific and Industrial Research Organisation is Australia's national science agency and one of the largest and most diverse research agencies in the world.

CSIRO's core areas of impact

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CSIRO's expertise is being used to identify what elements and compounds are present, their relative quantities, and what elements are missing in a material.

Nikki Scarlett aligning the XYZ stage on the INEL diffractometer. The diffractometer includes a C-shaped tube with an adjustable landing stage in the centre.
 

CSIRO is addressing the problem of corrosion through fundamental understanding, modelling, and the development of new methods for reducing the costs of corrosion.

A nut and washer on a rusted bolt
 

CSIRO’s Fire Science program brings together a range of research activities and expertise to address fire safety and protection.

A fire test being undertaken in a corridor showing flames extending the length of the corridor ceiling.
 

CSIRO's microcharacterisation team are supported by state-of-the-art laboratories featuring unique ultra-high resolution electron microscopy and microanalysis capabilities.

A photo of Mr Colin MacRae in the MicroBeam Laboratory using the Hyperprobe. Data from the Hyperprobe is displayed on several different screens.
 

Material characterisation is conducted either on the surface of a material, or by looking within its internal structure.

At this scale, the powder looks a little like florets of cauliflower.
 

Current CSIRO research is aimed at new construction materials and more efficient processes to construct buildings that last longer and require less maintenance. Designing environmentally friendly materials and using information and communications technology to underpin advances in building and construction.

Looking up at a skyscraper.
 

Our surface and interface science research focuses on the development of innovative surface modification technologies supported by world-class scientists and analytical facilities.

Plasma polymerisation