Master of Science in Earth Sciences

2 Years On Campus Masters Program

Australian National University

Program Overview

The Master of Science in Earth Sciences at Australian National University is a two-year, coursework-based program designed for students who want to understand the complex systems and processes shaping our planet while developing advanced experimental, analytical and computational skills. It suits students interested in areas such as geophysics, geochemistry, geochronology, geology, climate and ocean science, planetary sciences and computational geosciences.

Curriculum Structure:

Year 1
Students begin by developing research and Earth-science foundations through EMSC8017 Research Methods for Earth Sciences and EMSC8706 Introduction to Natural Hazards, while selecting advanced courses across Earth and Marine Science and related disciplines. They also build broader scientific perspectives through Science and Society courses and can explore subjects across areas such as Biology, Chemistry, Computer Science, Mathematics, Physics and Statistics.

Year 2
The second year moves further into specialised Earth-science study and independent investigation, with students undertaking advanced EMSC courses and beginning the EMSC8025 Earth Science Research Project. Students can also combine their research with Science and Society subjects and electives, creating a study pathway aligned with interests such as geochemistry, geophysics, climate science or planetary science.

Focus Areas:

Computational geosciences, data sciences, biogeochemistry, experimental petrology, geobiology, geochemistry, geochronology, geology, geophysics, ocean and climate change, planetary sciences, natural hazards and Earth-science research.

Learning Outcomes:

Develop high-level knowledge in a chosen Earth-science area, critically analyse scientific literature, acquire and interpret independent field, laboratory or computational data, apply Earth-science knowledge to new problems, understand science in society, and communicate scientific findings effectively.

Professional Alignment (Accreditation):

The program is a STEM program and develops skills relevant to employment in industry, government agencies and education, including areas such as tectonics, geochronology, mineral exploration and hydrocarbon exploration; ANU does not list a specific professional accreditation for this program.

Reputation (Employability Rankings):

ANU states that it ranked #1 in Australia and #12 in the world for Earth & Marine Sciences in the QS 2024 rankings, and #1 in Australia for graduate employability according to the Times Higher Education Global University Employability Ranking 2023–24.

Experiential Learning (Research, Projects, Internships etc.)

The Master of Science in Earth Sciences at Australian National University gives students practical exposure through field-based learning, laboratory work, advanced instrumentation and computational research. Students can work with gravity monitoring tools, machine-learning platforms, mass spectrometers, seismic stations, cosmogenic-nuclide equipment, and specialised eco-chemistry, noble-gas and data-visualisation laboratories, connecting classroom concepts with real Earth-science research.

Key experiential opportunities include:

Geological fieldwork: Students can undertake intensive geological field mapping, including a documented three-week field mapping experience in the Greek islands.
Advanced laboratory facilities: Access includes mass spectrometers, cosmogenic nuclide laboratories, eco-chemistry laboratories, noble-gas laboratories and data-visualisation laboratories.
Geophysics tools: Students have access to gravity monitoring tools and seismic stations, supporting practical work in geophysics and Earth processes.
Computational tools: The program provides access to machine-learning platforms, supporting computational geoscience and Earth-science data analysis.
Engineering workshop: Students can use an engineering workshop as part of the specialised facilities available to Earth Sciences students.
Sensitive High Resolution Ion MicroProbe (SHRIMP): ANU's SHRIMP is a mass spectrometer used for in-situ analysis of geological materials, providing access to specialised geological research infrastructure.
Centre for Advanced Microscopy: The facility provides advanced microscopy and microanalysis equipment for researchers, students and industry partners.
Kioloa Coastal Campus: ANU's 348-hectare coastal campus serves as a major field station supporting research across scientific disciplines.
Research School of Earth Sciences: Students are part of a research environment with world-class equipment maintained by experienced technical staff.
Field research sites: ANU provides access to field sites including Antarctic remote GPS monitoring, Kioloa Coastal Campus and the Warramunga Seismic and Infrasound Research Station.

Progression & Future Opportunities

Graduates of the Master of Science in Earth Sciences develop advanced Earth-science, analytical, computational and research skills that can support careers across industry, government agencies and education, particularly in climate and marine science, geochemistry and geophysics. ANU also highlights opportunities connected with areas such as tectonics, geochronology, mineral exploration and hydrocarbon exploration.

Typical career roles include Geologist, Geophysicist, Hydrogeologist, Environmental Consultant.

These opportunities are supported by:

Career services: Students can use ANU CareerHub, which provides a jobs board and career-development resources, along with career-consultant drop-in sessions and career fairs where students can meet potential employers.
Graduate employability: ANU reports that it ranked #1 in Australia for graduate employability in the Global University Employability Ranking 2023–24.
Salary: ANU reports a $59,000 average starting salary for new graduates across the university; this figure is not specific to Earth Sciences.
Industry and government connections: The Research School of Earth Sciences works with partners including Geoscience Australia and CSIRO on critical-minerals research, including mineral mapping, resource exploration and sustainable practices.
Industry-focused research: ANU's Earth Sciences research has connections with industry and government through projects in critical minerals, climate systems, resource management and geological research.
Professional accreditation: ANU does not list a specific professional accreditation for the Master of Science in Earth Sciences; the program instead provides advanced scientific and research capabilities applicable across Earth-science careers.
Graduation outcomes: Graduates can pursue opportunities in industry, government agencies and education, with particular relevance to climate and marine science, geochemistry and geophysics.

Further Academic Progression:
Students who want to continue into research can consider a PhD in Earth Sciences at ANU or another research university, with potential research directions including geochemistry, geophysics, climate and ocean science, geology, planetary sciences and related Earth-science fields. ANU specifically recommends its Master of Earth Sciences (Advanced) for students seeking a more research-based master's pathway.