Bachelor of Science majoring in Physics and Geophysics

3 Years On Campus Bachelors Program

University of Adelaide

Program Overview

The Bachelor of Science majoring in Physics and Geophysics at the University of Adelaide gives you the best of both worlds: a deep understanding of fundamental physics and the Earth’s physical processes. This degree suits students who are curious about how our planet works and want to apply physics principles to explore Earth systems, natural hazards, and resource exploration.

Curriculum Structure

First Year – Building Foundational Knowledge

In your first year you’ll establish a solid base in the core sciences that underpin both physics and geophysics. You will study units such as Physics IA, Physics IB and Mathematics IA (Calculus) to develop essential analytical skills, while laboratory sessions help you begin applying theoretical concepts to real experiments and measurements.

Second Year – Expanding Scientific Understanding

In second year, you’ll explore the physical laws that govern both subatomic and Earth systems. Courses like Electromagnetism, Quantum Mechanics and Earth and Planetary Science introduce you to the principles of energy, forces, waves and the physical structure of our planet, while tutorials and field sessions help link classroom theory with practical geophysical observation.

Third Year – Specialised Physics and Geophysics Applications

Final year brings opportunities to dive deeper into advanced topics and hands-on investigation. You’ll study units such as Geophysics, Solid Earth Sciences and Advanced Physics Topics, gaining experience in Earth modelling, data interpretation and research-led projects that tie together your physics background with real-world geoscience challenges.

Focus Areas

Physics fundamentals, Earth systems and structure, geophysical methods, electromagnetism, quantum mechanics, mathematical modelling, laboratory practice, data analysis.

Learning Outcomes

Graduates will be able to apply physical principles to interpret Earth processes, analyse geophysical datasets, design scientific investigations, use analytical and computational tools effectively, and communicate complex scientific findings confidently.

Professional Alignment (Accreditation)

The physics major is accredited by the Australian Institute of Physics (AIP), enabling eligibility for professional recognition and membership that enhances career credibility in physics-related fields.

Reputation (Employability Rankings)

The University of Adelaide is internationally recognised for excellence in science and research, consistently ranked among the world’s leading universities for physical sciences — with physics and Earth sciences graduates known for strong analytical skills that are valued by employers across industry and research sectors.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Adelaide, the Bachelor of Science majoring in Physics and Geophysics goes far beyond lectures — you’ll be actively engaging with real Earth science and physics tools and environments from early in your studies. You’ll hone practical skills in physics labs and geoscience activities, learn to interpret real datasets, and work with scientific software used by professionals in research and industry. The School of Physics, Chemistry and Earth Sciences supports your learning with facilities and opportunities that help you bridge theory and practice:

Here’s how this hands-on experience comes alive throughout your degree:

Specialist laboratories where you undertake experiments in physics, Earth systems and geoscience, reinforcing theoretical concepts with real measurement and analysis work.
Fieldwork opportunities tied to Earth and Planetary Science coursework, giving you first-hand experience in collecting and interpreting geological and geophysical data (e.g., rock sampling, geophysical surveying).
Collaborative projects and group work, particularly in intermediate and advanced units, where you analyse real datasets, build models and present findings as part of team-based scientific investigation.
Scientific software and digital tools, including data visualisation and modelling platforms that help you interpret geophysical signals and simulate physical systems.
Access to research infrastructure within the School of Physics, Chemistry and Earth Sciences, where active researchers support student engagement with advanced scientific equipment and techniques.
High-performance computing support, helping you process large datasets or run simulations as part of advanced physics and geophysics units.
University libraries and digital resources, giving you access to key scientific journals, geoscience databases and technical reference materials to support coursework and projects.

Progression & Future Opportunities

Completing the Bachelor of Science majoring in Physics and Geophysics at the University of Adelaide prepares you for a diverse range of scientific and technical careers because you’ll graduate with strong analytical, data interpretation and problem-solving skills that employers value. Typical roles include work as a Geophysicist, Geoscience Data Analyst, Exploration Geologist or Energy Geoscientist — careers that span environmental, energy, resource exploration, government and research settings:

Which university services support your career: The Careers and Employability team offers personalised guidance on career planning, CV and interview preparation, job search strategies, networking and graduate job resources. You’ll also have access to AU CareerHub, where you can explore internship, vacation work and graduate opportunities right through to 12 months after graduation.
Employment landscape & salary context: Physics and geoscience graduates are in demand in sectors such as mineral exploration, environmental consultancy and government surveys, with analytical and modelling skills valued across science and technology industries — strong analytical capability often supports roles that are well positioned in the Australian job market for STEM graduates.
University–industry partnerships: The University’s regular employer events, industry networking activities and ties to sectors like energy, mining and environmental science help you connect with professionals and potential employers as you study.
Long-Term accreditation value: The physics component of the degree is accredited by the Australian Institute of Physics (AIP), giving you professional recognition and standing that can enhance your credibility with future employers in physics-related fields.
Graduation outcomes: Graduates move into roles that involve interpreting and modelling data, applying physical principles to Earth systems, and solving real-world problems in exploration, environmental monitoring, hazard assessment and research across government agencies, industry and scientific institutions.

Further Academic Progression:
You can build on this degree through honours or postgraduate study such as a Bachelor of Science (Honours) in Physics and Geophysics, which adds specialised research experience and further enhances career prospects, or transition into a Master’s or PhD in geophysics, Earth sciences or related scientific research areas. An honours or higher degree can be especially valuable for those targeting research, advanced technical specialist roles or academic careers.