Master of Science (Advanced) in Astronomy and Astrophysics

2 Years On Campus Masters Program

Australian National University

Program Overview

The Master of Science (Advanced) in Astronomy and Astrophysics at Australian National University is a two-year, full-time program combining 50% coursework with 50% research, designed for students who want to develop advanced expertise in astronomy, astrophysics and research. You can tailor your coursework across areas such as stellar astrophysics, galaxies, cosmology, astrophysical computing and planetary science while gaining practical experience with telescope data, theoretical modelling and astronomical instrumentation.

Curriculum structure:

Year 1:
The first year builds advanced foundations through subjects including ASTR6007 Stars, ASTR6013 Astrophysical Processes, and ASTR6002 Galaxies and Cosmology, alongside an 8000-level Astronomy & Astrophysics course and complementary science study. Students also begin their research development through ASTR8010 Astrophysics Research Project, developing the skills needed to undertake substantial independent research.

Year 2:
The second year shifts strongly toward advanced specialisation and research, with an 8000-level Astronomy & Astrophysics course and substantial work through ASTR8010 Astrophysics Research Project. Students can investigate a specific area of astronomy or astrophysics through activities such as analysing telescope data, developing theoretical models, or developing and testing astronomical instrumentation.

Focus areas:

Stellar astrophysics, galaxies and cosmology, astrophysical processes, astronomical computing, observational techniques, optical instrumentation, diffuse matter and star formation, stars and exoplanets, planetary science, astrophysical research.

Learning outcomes:

Develop advanced knowledge of astronomy and astrophysics, conduct substantial independent research, analyse astronomical and telescope data, develop theoretical models, apply computational and problem-solving techniques, communicate scientific theory and results in written and oral formats, and develop research skills applicable to academic and non-academic settings.

Professional alignment (accreditation):

The program is a STEM program and is structured as a substantial research-based master's degree, with 48 of its 96 units dedicated to research. ANU also highlights transferable skills developed through the program, including programming, project management and problem-solving.

Reputation (employability rankings):

ANU states that it is #1 in Australia for graduate employability, based on the Times Higher Education Global University Employability Rankings 2023–25. ANU is also ranked #29 globally in the QS World University Rankings 2027, with its 2027 QS result showing improvements in both Employer Reputation and Employment Outcomes indicators.

Experiential Learning (Research, Projects, Internships etc.)

The Master of Science (Advanced) in Astronomy and Astrophysics at Australian National University is strongly research-focused, with the program split 50% coursework and 50% research. Students can gain hands-on experience through telescope-data acquisition and analysis, theoretical modelling and the development or testing of astronomical instrumentation, while working within the Research School of Astronomy and Astrophysics (RSAA) at Mount Stromlo Observatory.

The practical experience extends into ANU’s major astronomy and computational facilities, giving students opportunities to work with research infrastructure rather than learning astronomy only through classroom theory:

Mount Stromlo Observatory: The headquarters of RSAA, providing an active research environment spanning observational and theoretical astronomy, instrumentation and astrophysics.
Siding Spring Observatory: Students have access to ANU's research telescopes, including the ANU 2.3m Telescope, while the site also hosts the Anglo-Australian Telescope and other astronomical facilities.
SkyMapper: ANU's automated wide-field survey telescope at Siding Spring Observatory provides an important platform for astronomical survey research and scientific discovery.
Advanced Instrumentation and Technology Centre (AITC): A specialist facility at Mount Stromlo for designing, manufacturing, assembling, integrating and testing ground- and space-based astronomical instruments and small satellites.
Astronomical instrumentation: Students can engage with research areas including optics and detector science, integral-field spectroscopy, adaptive optics and wide-field imaging through the AITC's instrumentation environment.
Astronomical software and data processing: RSAA has a dedicated software group developing and implementing control systems for telescopes and instruments and data-processing systems, supporting the computational side of astronomical research.
National Computational Infrastructure (NCI): Students working on computational astronomy can draw on powerful national high-performance computing resources for data acquisition and analysis and theoretical model building.
Research project: The Advanced program provides a substantial supervised research project, allowing students to extend their practical and coursework experience through independent research. Previous projects have included collaboration with institutions such as Harvard, Princeton, UC Berkeley, Caltech, MIT, Cambridge, Oxford and Max Planck Institutes.
International telescope access: RSAA research infrastructure includes access to facilities such as the Gemini Observatory, Magellan telescopes and European Southern Observatory facilities, alongside Australian facilities.
Small-satellite and space technology facilities: The AITC includes the Wombat XL space simulation facility, which simulates conditions such as the vacuum of space and temperature changes experienced by satellites.

Progression & Future Opportunities

The Master of Science (Advanced) in Astronomy and Astrophysics combines advanced scientific knowledge with substantial research experience, preparing graduates for careers that use astronomy, data analysis, modelling, instrumentation and technical problem-solving. ANU specifically identifies pathways into data science, technology, space and defence, government and other public and private-sector roles, while graduates of the Advanced program have also progressed to PhD research in Australia and overseas.

Typical job roles: Astronomer, Astrophysicist, Data Scientist, Space/Defence Scientist

Here are some of the ways ANU supports that progression:

Career support: Students can use ANU CareerHub, which provides a jobs board and career resources, alongside career-consultant drop-in sessions and career fairs where students can connect with potential employers.
Graduate salary: ANU reports a high average starting salary of $59,000 for new graduates, based on Quality Indicators for Learning and Teaching data. This is an ANU-wide graduate figure rather than a salary specific to Astronomy and Astrophysics graduates.
Industry connections: ANU College of Science and Medicine facilitates industry engagement for postgraduate students, including research-linked internships and projects with industry partners.
International research connections: Previous Astronomy and Astrophysics research projects have involved institutions including Harvard, Princeton, UC Berkeley, Caltech, MIT, Cambridge, Oxford and the Max Planck Institutes, giving students exposure to an international research network.
Space and defence pathways: ANU identifies space and defence companies such as Lockheed Martin and Northrop Grumman, as well as national space agencies, among potential employment areas for graduates.
Graduate employability: ANU states that it was ranked #1 in Australia for graduate employability in the Times Higher Education Global University Employability Ranking 2023–24.
Research progression: The Advanced master's provides a strong route into doctoral research, with ANU reporting that graduates have progressed to PhD research in Astronomy and Astrophysics at leading institutions in Australia and overseas.

Further Academic Progression: After completing the master's, students can progress to a PhD in Astronomy and Astrophysics or a related research field, building on the research methodology, telescope observation, theoretical calculation, data analysis and instrumentation skills developed during the Advanced program. ANU's Research School of Astronomy and Astrophysics specifically identifies its research programs as pathways toward advanced astrophysical research, including doctoral study.