PhD Opportunities

For information about available projects please contact our Postgraduate Research Coordinator, , phone: 9036 9491.

PhD Opportunities at the ACMM

Why do a PhD?
Underlying the outward appearance of objects and organisms in the world around us is a complex microstructure. It is the task of microscopy and microanalysis to explore this inner complexity and relate it to the functions of the organism or material. Research within the Australian Centre for Microscopy & Microanalysis (ACMM) involves the development of techniques and new methods in microscopy and microanalysis. This includes microscopy, tomography, diffraction and spectroscopy and imaging science. Breakthroughs in these areas provide the gateway to discovery for researchers in many fields of research endeavour. With the growth in high-tech fields such as biotechnology and nanotechnology, microscopy and microanalysis is set to play an increasingly important role. This is a particularly exciting time as there are many new instruments, approaches and technologies currently being developed. In addition to developing new approaches and techniques, the centre is active in research to understand and design the properties and functions of materials, both organic and inorganic.

Scholarships
For information about scholarship opportunities, please refer to the Scholarships page.

The University of Sydney advantage
The ACMM is the premier research facility in Australia in microscopy and microanalysis. It has the country’s most comprehensive array of imaging, analysis and specimen preparation equipment. While the centre prides itself on its state-of-the-art instruments, it supports a full range of conventional instruments for optical, electron and X-ray imaging. The ACMM is a foundation node of the Australian Microscopy & Microanalysis Research Facility (AMMRF) and serves as its headquarters. Therefore, students undertake their study in a national research facility with access to a national grid of facilities including over $70M worth of infrastructure, nearly 150 staff and world-class equipment and support for understanding nanomolecular characteristics of materials. Students are encouraged to develop interactions with staff and students from other nodes of the facility and support is available for this.

Instruments available in the ACMM include:

  • Optical and confocal microscopes;
  • Conventional scanning electron microscopes (SEMs), focused ion beam microscope (FIB) and transmission electron microscopes (TEMs);
  • Field-emission SEM for high-resolution surface studies;
  • Dedicated scanning transmission electron microscope for high-resolution analytical studies;
  • Solutions for correlative light and electron microscopy;
  • Local electrode atom probes;
  • Field-emission TEM for atomic-resolution imaging and high-resolution analysis;
  • X-ray diffraction instruments, including high-temperature stages;
  • X-ray fluorescence instrument;
  • Micro- and nano-CT for non-destructive high-resolution X-ray tomographic studies;
  • Scanned probe microscope;
  • A wide range of specimen preparation equipment for both biological and physical specimen preparation.