Australian National University Courses & Fees

The Master of Science in Astronomy & Astrophysics is a full-time two year program based upon 100% coursework. The coursework may be tailored to a student’s needs, and can include astrophysical techniques, astrophysical computing, planetary science, stellar astrophysics, galaxies, cosmology, and courses from cognate disciplines. Many courses contain research or hands-on components that develop skills and knowledge in the latest advances in astronomy and astrophysics. They also offer training in areas highly relevant outside of academia, e.g. project management, computer programing, and problem solving skills. Some of the courses may include the acquisition and analysis of telescope data, the development of theoretical models, or the development and testing of new astronomical instrumentation.

This is a flexible program intended for those who wish to broaden their knowledge, or to develop knowledge in areas that were not included in earlier studies, in the nominated area of specialisation. The Graduate Diploma also provides a route for candidates without an Honours Bachelor degree to progress to a higher degree.

The Master of Science in Quantitative Biology and Bioinformatics is a 2 year full-time (or equivalent part-time) degree that provides students with experience in the use of methods and tools to organise and analyse biological data, statistically, mathematically and computationally. The course caters to a range of students including (1) students who have come from an undergraduate biological degree, by providing the appropriate mathematical and programming skills; (2) to students with a more quantitative undergraduate background, by providing the necessary background in biology and biological data and analyses. Students also have the opportunity to learn about, and apply, techniques in client engagement and the real-world practice of consulting.

Do you want to make a career out of making new discoveries about the fascinating living world? The Master of Science in Biological Sciences (Advanced) is a flexible program that can be tailored to suit your specific educational goals. Our program allows you to specialise in a particular area of biology such as biomedical sciences, ecology and evolution, genetics, and plant sciences. This program offers a research component which provides the student an opportunity to conduct hands-on research in a laboratory of a research scientist/supervisor and complete a written thesis document detailing this novel research.

How does our brain impact our behaviour and cognitive functions? How does our nervous system work? The ANU Master of Neuroscience will give you both theoretical and practical knowledge of the modern concepts in neuroscience and methodologies employed to answer these questions and more.

Are you interested in the range of organisms that make up our green planet? Do you want to be a part of new discoveries about the natural world around us? The Master of Science in Biological Sciences is a flexible coursework program that can be tailored to suit your specific educational goals. Our program allows you to specialise in a particular area of biology such as biomedical sciences, ecology and evolution, genetics, and plant sciences. Alternatively, you can utilise the program to provide a broad overview of biological sciences today. Our practical classes build on your traditional technical knowledge while developing your skills in new cutting-edge experimental techniques.

Opting for a Bachelor of Mathematical Sciences is a good decision in Australia, considering its excellent future prospects. This bachelors program revolves around several aspects including Natural And Physical Sciences and spans 3 Years. Successful graduates can pursue careers as Data Miner, Statistical Consultant, Software Engineer, Data Analyst, Meteorologist, Quantitative Analyst, Actuary, and Industrial Research Mathematician after the completion of their course. At the same time, they have to fulfill the criteria for admissions.

The Master of Science in Quantitative Biology and Bioinformatics is a 2 year full-time (or equivalent part-time) degree that provides students with experience in the use of methods and tools to organise and analyse biological data: statistically, mathematically and computationally. The course caters to a range of students including (1) students who have come from an undergraduate biological degree, by providing the appropriate mathematical and programming skills; (2) to students with a more quantitative undergraduate background, by providing the necessary background in biology and biological data and analyses. Students also have the opportunity to learn about, and apply, techniques in client engagement and the real-world practice of consulting. Finally, students will develop work on an original research project that builds on, and applies, their knowledge of quantitative biological data analysis.

Upgrade your expertise in mathematical sciences with a Master of Mathematical Sciences from ANU, the best university in Australia for mathematics teaching and research. You can study a variety of courses tailored to your interests and needs, ranging from pure mathematics to mathematical modelling, computational mathematics and applications of mathematics, as well as courses in related disciplines such as statistics, computer science, financial mathematics and econometrics.

Quantum technologies such as computing, metrology and communications have the potential to vastly change our world, as they push us towards the Quantum Age. By exploiting quantum phenomena, society-changing technologies such as unbreakable cryptography or exponentially faster computers are poised to become a reality. Recently, many of these technologies have matured to the point that a commercial quantum industry is emerging. This has been met with huge investments from government and industry, both domestically and internationally. The coming Quantum Age will require a technically-skilled workforce to serve the needs of this new and rapidly evolving industry. There will also be an increased demand for knowledge of the field within government, defence, finance, professional services and related sectors. This program equips you with the required skills and knowledge of the scientific, technical, business and societal aspects of quantum technology to be highly competitive in the emerging quantum industries of the present day and of the future.

Quantum technologies such as computing, metrology and communications have the potential to vastly change our world, as they push us towards the Quantum Age. By exploiting quantum phenomena, society-changing technologies such as unbreakable cryptography or exponentially faster computers are poised to become a reality. Recently, many of these technologies have matured to the point that a commercial quantum industry is emerging. This has been met with huge investments from government and industry, both domestically and internationally. The coming Quantum Age will require a technically-skilled workforce to serve the needs of this new and rapidly evolving industry. There will also be an increased demand for knowledge of the field within government, defence, finance, professional services and related sectors. This program equips you with the required skills and knowledge of the scientific, technical, business and societal aspects of quantum technology to be highly competitive in the emerging quantum industries of the present day and of the future. This Advanced program incorporates a research project and thesis.

The Master of Science (Advanced) in Astronomy & Astrophysics is a full-time two year program based upon 50% coursework and 50% research. The coursework may be tailored to a student's needs, and can include astrophysical techniques, astrophysical computing, planetary science, stellar astrophysics, galaxies, cosmology, and courses from cognate disciplines. Many courses contain research or hands-on components that develop skills and knowledge in the latest advances in astronomy and astrophysics. They also offer training in areas highly relevant outside of academia, e.g. project management, computer programing, and problem solving skills. Some of the courses may include the acquisition and analysis of telescope data, the development of theoretical models, or the development and testing of new astronomical instrumentation.

The Graduate Certificate of Management (GCM) will equip students with a solid foundation of knowledge, skills and application in the management disciplines within an evidence-based management (EBM) framework. The GCM is both a standalone program and a pathway to our Masters programs for those who do not meet the traditional entry requirements for an ANU Masters program

Knowledge of nuclear science is increasingly important across diverse fields, from pure scientific endeavours through to medical physics, industrial processes, mining, security, defence and policy development. The Australian National University is the only university in Australia that offers postgraduate education in nuclear science and is the ideal location to pursue an advanced degree in this growing field. Over two years, you will study the fundamentals and applications of nuclear science, including materials analysis, dating techniques, nuclear medicine, and nuclear energy. The degree is a mix of coursework and projects, comprising individual and group-based research. You will develop the scientific background you need for informed debate on nuclear issues, without advocating a particular position. You will have access to the cutting-edge equipment in the laboratories of the Australian Heavy Ion Accelerator Facility, with many opportunities to undertake laboratory-based training, as well as access to academics who are at the forefront of research in basic and applied nuclear science. Some examples of where our graduates have found themselves include: research roles, both fundamental (university) and applied (medical/industrial); regulatory roles in the commercial (mining) and government (radiation protection, customs, security) sectors; and analyst and policy roles in government. Our graduates occupy senior roles across a range of private companies and government departments.

In this program you have the opportunity to learn the most advanced techniques for studying the heavens, the Earth, and everything in-between. The interdisciplinary expertise you acquire will impact on diverse areas of fundamental scientific research as well as industrial applications. The program aims to produce graduates with deep insight and creative know-how to pursue related careers in science, industry and government, with a focus on innovation, teamwork, and getting results. The degree is a mix of course work and projects, comprising individual and group-based research.

The Bachelor of Science (with Year in Asia) is the perfect degree to establish yourself as a future leader in the Asian Century. You will combine study at ANU with one year at a university in an Asian location like Beijing, Tokyo, Seoul or Bangkok.

Your Year in Asia will build on the strengths of your Bachelor degree. You will develop an advanced level of language proficiency and an exceptional capacity to understand the societies and cultures of our region. You will study with world-class teachers at ANU and then put your learning into practice on the ground in Asia.

Knowledge of nuclear science is increasingly important across diverse fields, from pure scientific endeavours through to medical physics, industrial processes, mining, security, defence and policy development. The Australian National University is the only university in Australia that offers postgraduate education in nuclear science and is the ideal location to pursue an advanced degree in this growing field.

Over two years, you will study the fundamentals and applications of nuclear science, including materials analysis, dating techniques, nuclear medicine, and nuclear energy. The degree is a mix of coursework and projects, comprising individual and group-based research. You will develop the scientific background you need for informed debate on nuclear issues, without advocating a particular position.

You will have access to the cutting-edge equipment in the laboratories of the Australian Heavy Ion Accelerator Facility, with many opportunities to undertake laboratory-based training, as well as access to academics who are at the forefront of research in basic and applied nuclear science.

In this program you have the opportunity to learn the most advanced techniques for studying the heavens, the Earth, and everything in-between. The interdisciplinary expertise you acquire will impact on diverse areas of fundamental scientific research as well as industrial applications. The program aims to produce graduates with deep insight and creative know-how to pursue related careers in science, industry and government, with a focus on innovation, teamwork, and getting results. The degree is a mix of course work and projects, comprising individual and group-based research.

As a MastAs a Master of Science in Earth Sciences student, you’ll delve into the complex systems and processes that shape our planet at a time when understanding it has never been more important. You’ll be studying at Australia’s leading academic research institution for Earth sciences, consistently ranked top 10 in the world (QS rankings). We have a reputation for international leadership and innovation, focused on developing new methods, whether experimental, analytical or computational. You'll study courses ranging from computational geosciences to analytical techniques, biogeochemistry, experimental petrology, geobiology, geochemistry, geochronology, geophysics, ocean and climate change and planetary sciences. If you want cutting-edge science training with some of the best facilities and experts in the world, check out our website for further information. Get the inside story on what it’s like to be an ANU student by visiting our student blog.er of Science in Earth Sciences student, you'll delve into the complex systems and processes that shape our planet at a time when understanding it has never been more important. You'll be studying at Australia's leading academic research institution for Earth sciences, consistently ranked top 10 in the world (QS rankings). We have a reputation for international leadership and innovation, focused on developing new methods, whether experimental, analytical or computational. You'll study courses ranging from computational geosciences to analytical techniques, biogeochemistry, experimental petrology, geobiology, geochemistry, geochronology, geophysics, ocean and climate change and planetary sciences.

The Master of Science (Advanced) in Materials Science is a two year full-time (or equivalent part-time) degree that can equip you with the knowledge and skills in materials chemistry.

Materials science is a rapidly growing interdisciplinary field that aims to understand the fundamental properties of materials. Materials science has broad applications across technology, healthcare, engineering and environmental science.