PhD and Honours - Intro


The AAO is not a degree-awarding body, but AAO astronomers frequently co-supervise Honours, Masters and PhD students together with a University supervisor.

With upcoming changes to the AAO, we no longer offer scholarships for research students, but we continue to be active in co-supervising students.


Staff at the AAO are actively involved in astronomical research and in the development of new instruments to carry out these research projects. Much of this research concentrates on the Anglo-Australian Telescope (AAT) or the UK Schmidt Telescope (UKST), though AAO astronomers also make frequent use of other national and international facilities, such as the Gemini Telescopes in Hawaii and Chile that Australia is a partner in. The AAO has a world-wide reputation in both optical and infrared imaging and spectroscopy. A particular strength of AAT and UKST research is large-scale surveys to identify hundreds of thousands of a certain class of objects; in particular, old stars, galaxies and quasars.

The AAO is engaged in several major recent and ongoing surveys: the WiggleZ project used the AAOmega instrument on AAT to determine the evolutionary properties of the mysterious Dark Energy, by measuring the clustering of several hundred thousand distant galaxies; GAMA (Galaxy And Mass Assembly) is studying galaxy structures by building a database of a quarter of a million galaxies; the Anglo-Australian Planet Search is surveying almost 300 nearby stars to search for extra-solar planets; and the RAVE survey used the UK Schmidt Telescope to map the kinematics and chemical abundances of stars in our Galaxy. Two major surveys (now completed) that have had enormous scientific impact were the Two Degree Field Galaxy Redshift Survey, and the Two Degree Field QSO Redshift Survey. The first of these obtained redshifts (distances) for more than 220,000 galaxies out to a redshift of 0.3. The second survey measured redshifts for over 22,000 quasars, at redshifts up to 3. The 6dF Galaxy Survey completed a mammoth survey of over 120000 nearby galaxies over the whole Southern sky. In addition to planets, old stars, galaxies and quasars, AAO astronomers have a wide range of other interests. These include brown dwarfs, supernovae, star formation, starburst and active galaxies, gravitational lensing and cosmology.

The AAO is also home to one of the world's most innovative and vibrant astronomical instrumentation groups - in recent years the AAO has been involved in the construction of instruments for both the AAT and UKST (SAMI, IRIS2, AAOmega, 6dF) and other telescopes (OzPoz for the FLAMES instrument on the ESO VLT; Echidna/FMOS for Subaru; as well as work for Gemini and DAzLE for VLT). Research projects involving development of new and innovative instrumentation, followed by an observational component, often produce some of the most sought-after astronomy graduates.

What do we do?

We are often asked "What do we do?" Contrary to popular opinion, a typical astronomer will only use telescopes a few weeks a year. Getting time to use a telescope is highly competitive. At the last estimate, there are 13,000 astronomers world-wide although only about a third of these aggressively pursue access to telescopes. AAO astronomers do not restrict themselves to the AAT or UKST. We apply for time on radio and sub-millimetre telescopes, larger optical/infrared telescopes like Gemini and the VLT, and space-borne observatories like the Hubble Space Telescope, Chandra X-ray observatory and so on.

Who are we?

The research interests of staff at the AAO are extensive. You can find a list of the AAO astronomers and PhD students on the AAO Science page. Additional descriptions of the research interests of several AAO staff can be found on their personal web pages, linked from the AAO Science page, and some recent science highlights from the AAO can be found in the AAO's Newsletter and Press Release pages.