University of Adelaide

What you'll study

The honours year combines advanced coursework, intensive field and laboratory training, and an independent research thesis. Typical topics covered include:

• Structural geology and tectonics – deformation analysis, microstructure, and regional tectonic interpretation.
• Petrology and mineralogy – igneous, metamorphic and mineral identification using thin sections, microscopy and geochemical techniques.
• Sedimentology and stratigraphy – facies analysis, basin development and sequence stratigraphy.
• Geochemistry and isotope methods – elemental and isotopic tools for provenance, dating and ore-system studies.
• Geophysics and remote sensing – principles of gravity, magnetics, seismic methods and application of remote sensing and geospatial data (GIS).
• Economic geology and resource systems – ore deposit models, exploration techniques and resource evaluation.
• Hydrogeology and environmental geology – groundwater systems, contamination, and rehabilitation of mined landscapes.
• Field methods and mapping – intensive field camps, geological mapping, sample collection and field-based problem solving.
• Research project / honours thesis – an original, supervised research project that develops skills in experimental design, data analysis, scientific writing and presentation.

The programme emphasises practical skills in the laboratory (e.g. petrography, geochemical analysis), use of industry-standard software (GIS, modelling and geophysical processing), and substantial fieldwork often conducted in South Australia’s varied geological terrains.

Entry requirements

Applicants are normally required to have completed a relevant bachelor degree with significant geology or earth science content. Typical applicants will have completed a sequence of core geological subjects such as mineralogy, petrology, structural geology, sedimentology, geochemistry and field mapping during their undergraduate degree.

Selection is based on academic merit and the quality of the proposed honours project or supervisory match. Applicants should demonstrate a strong academic record (for example a credit to distinction level average or the equivalent), relevant practical experience, and the ability to undertake independent research. International applicants must also meet the University’s English language requirements.

Career prospects

An honours year strengthens research skills and technical expertise valued by employers across multiple sectors. Common career paths for graduates include:

• Mineral and energy exploration and resource development (geologist, exploration manager, resource modeller).
• Petroleum and gas industry roles, including basin analysis and subsurface interpretation.
• Environmental and hydrogeological consulting—contaminant assessment, groundwater management and remediation.
• Geotechnical and engineering geology for infrastructure and construction projects.
• Government geological surveys and natural resource management agencies.
• Research and academia—progression to PhD study and scientific careers in universities or research institutes.

Completing honours is also the usual pathway to higher research degrees and specialist technical roles that require advanced analytical and project management experience.

Why study at University of Adelaide

The University of Adelaide has long-established earth science teaching and research programs with close links to South Australia’s mineral and energy sectors. Students benefit from practical field training in nearby geological provinces, well‑equipped geoscience laboratories, and access to experienced academic and industry supervisors.

The School engages in applied research across mineral systems, basin analysis, geophysics and environmental geology, offering students opportunities to work on industry-relevant projects and to build professional networks. The honours year is designed to provide a strong foundation for either advanced research or an immediate technical career in geology and earth resources.