University of Adelaide

What you'll study

The programme builds a core understanding of geophysical principles together with supporting mathematics, physics and earth‑science subjects. Common topics include seismic methods and seismic data interpretation, gravity and magnetic surveying, electrical and electromagnetic methods, geophysical signal and data processing, remote sensing, geological field methods and geodynamics.

Students typically study modules in applied mathematics, classical and modern physics (mechanics, waves and electromagnetism), programming for scientists, statistics and data analysis. Practical components include laboratory exercises, computing projects using geophysical software, and extended fieldwork exercises where students acquire and process real geophysical data.

Degree structure is flexible: students complete a sequence of compulsory core geophysics subjects alongside elective geology, environmental science, computer science or engineering units to tailor their skillset. Many students choose to undertake a fourth year honours programme or research project if they are interested in postgraduate research.

Entry requirements

Admission is based on completion of an approved secondary qualification or recognised equivalent. Competitive applicants typically need strong results in mathematics and physics at senior secondary level. Specific prerequisite subjects and the minimum entry standard vary for domestic and international applicants; equivalents from recognised international curricula are accepted.

Applicants without the formal prerequisites may be required to complete bridging or foundational units. Selection may also take into account academic records, personal statements and any relevant practical experience. Prospective honours candidates usually require a specified minimum overall weighted average in third‑year science units.

Career prospects

• Exploration geophysicist working with mining or hydrocarbon companies to locate and characterise subsurface resources.
• Environmental and engineering geophysicist conducting site investigations for contamination assessment, groundwater studies and geotechnical investigations.
• Seismic processing and interpretation specialist in service companies and consultancies that supply data processing, imaging and reservoir characterisation.
• Data scientist or technical analyst applying geophysical and computational skills to geospatial data, remote sensing and subsurface modelling.
• Government and regulatory roles in geological surveys, resource management and environmental monitoring.
• Further study: honours, MSc or PhD leading to research careers and specialised technical roles.

Why study at University of Adelaide

The University of Adelaide offers geophysics teaching within a strong Earth and environmental sciences environment, combining theoretical tuition with extensive practical training. The programme provides hands‑on experience with field acquisition, geophysics instrumentation and industry‑standard processing tools, preparing graduates for operational and analytical roles.

Students benefit from connections with local and national resource sectors, research groups and government geological organisations, which support field placements, industry projects and potential employment pathways. The university’s emphasis on quantitative skills and research‑led teaching equips graduates to adapt to evolving technologies in exploration, environmental assessment and subsurface data interpretation.