University of Adelaide

What you'll study

The degree combines core physics with geophysics units so you develop a strong mathematical and experimental physics foundation alongside applied skills in Earth imaging and subsurface investigation. Early years focus on fundamental physics and mathematics: classical mechanics, electromagnetism, thermodynamics, quantum physics, mathematical methods for physicists and practical laboratory skills. Core skills in programming, data analysis and instrumentation are integrated across the program.

• Physics topics: mechanics, waves and optics, electromagnetism, statistical physics and quantum mechanics, laboratory and measurement techniques.
• Geophysics topics: seismic methods and exploration seismology, gravity and magnetic methods, rock and elastic properties, geophysical data processing and interpretation, geodynamics and tectonics, near-surface and environmental geophysics.
• Skills and methods: numerical modelling, signal processing, coding for scientific applications, GIS and spatial data handling, field surveying and instrumentation.

Study is typically a three-year Bachelor of Science with the option to undertake an additional honours year (or integrated honours pathway) for students who wish to pursue research. Practical fieldwork and laboratory projects are a significant element of the geophysics training, giving hands-on experience with sensors, survey design and data acquisition.

Entry requirements

Admission is based on successful completion of secondary schooling or an equivalent qualification. Applicants are generally expected to have strong results in mathematics and physics (or equivalent subjects) at senior secondary level — for example Mathematics (Methods) and Physics from the local curriculum. Competitive entry typically requires a strong overall selection rank or ATAR; alternative entry routes are available for mature-age applicants and those with recognised tertiary study.

• Assumed knowledge: high-level mathematics and physics are highly recommended to cope with the quantitative content.
• International students: must meet the University’s English language requirements and demonstrate equivalent academic preparation; recognised qualifications or bridging pathways may be considered.
• Other pathways: applicants with relevant vocational experience or prior tertiary study may gain entry through alternative admissions or pathway programs.

Career prospects

Graduates combine physics analytical skills with geophysical techniques, opening careers across resources, environment and technology sectors. Common roles include geophysicist or geophysical analyst in mineral and hydrocarbon exploration, environmental geophysicist for remediation and groundwater studies, seismic data processor, field surveyor and instrumentation specialist. Skills in numerical modelling and data science also allow graduates to move into geospatial analysis, remote sensing, consulting, government geological and environmental agencies, and technology firms.

Graduates seeking research or academic careers typically continue to honours or postgraduate study (Masters, PhD). The degree also provides a strong foundation for careers in related areas such as engineering, surveying, education and scientific instrumentation.

Why study at University of Adelaide

The University of Adelaide offers research-led teaching in the physical and Earth sciences with access to specialist laboratories, fieldwork opportunities and instrumentation used in contemporary geophysics. The programme benefits from teaching staff active in physics and geoscience research and from links with industry and government agencies in South Australia and nationally. Field courses and practical projects are emphasised so students gain workplace-relevant experience in survey design, data acquisition and analysis.

Students also have clear pathways to honours and postgraduate research, opportunities for industry placements or collaborative projects, and access to university resources for computing, GIS and laboratory work that support both academic and career development.