Bachelor of Science majoring in Theoretical Physics

3 Years On Campus Bachelors Program

University of Adelaide

Program Overview

The Bachelor of Science majoring in Theoretical Physics at the University of Adelaide gives you the chance to dive deep into the principles that govern our universe — from Newtonian motion to quantum mechanics and general relativity — while developing expert mathematical modelling and analytical skills. It’s ideal for curious thinkers who love problem-solving and want to explore how fundamental theories explain the behavior of matter, energy, space and time.

Curriculum structure

First Year:
In your first year you will build a strong foundation in core scientific thinking. You’ll study Physics IA and Physics IB alongside essential mathematics like Mathematics IA and Mathematics IB, gaining the analytical skills needed to understand motion, forces and the language of physics. First year also strengthens your observation, problem-solving and critical reasoning skills — the basics on which the rest of your physics journey is built.

Second Year:
Second year deepens your understanding of key physics concepts and mathematical methods. Here you’ll explore Quantum Mechanics II, Classical Physics II, Electromagnetism II and advanced maths like Multivariable and Complex Calculus II and Differential Equations II. This year is exciting because you start to see how theory explains real physical systems, from fields and waves to particles and force interactions.

Third Year:
In your final year you will tackle more advanced topics such as Advanced Dynamics and Relativity III, Physics III and Quantum Mechanics III, applying your accumulated knowledge to complex problems and deeper theory. This year often includes a work-integrated learning option such as a research project or industry placement, helping you make professional connections and gain real-world experience before graduation.

Experiential Learning (Research, Projects, Internships etc.)

At the University of Adelaide, theoretical physics isn’t just about equations on a whiteboard — you’ll actively test ideas, explore real research environments, and learn alongside scientists working at the frontiers of discovery. From your first year, you’ll step into dedicated physics laboratories where concepts from lectures come alive through experiments, measurements and collaborative problem-solving. As you progress, you’ll gain exposure to advanced research facilities and even have opportunities to take part in projects that mirror real scientific investigations.

What makes this experience truly special is the access you have to specialist facilities and research institutes connected to the School of Physics, Chemistry and Earth Sciences. Your learning environment is closely linked to active research centres, meaning you’re studying in spaces where real discoveries are happening:

Physics teaching laboratories in the Braggs Building – Modern lab spaces where you conduct experiments that reinforce core physics principles and build strong analytical skills.
Institute for Photonics and Advanced Sensing (IPAS) – A globally recognised research institute offering advanced photonics, sensing and materials research facilities.
Stawell Underground Physics Laboratory (SUPL) – A unique underground research facility in regional Victoria used for cutting-edge dark matter research.
Adelaide Planetarium (Mawson Lakes campus) – Supports astronomy outreach and learning experiences connected to space science.
Final-year research projects – Apply your theoretical knowledge to supervised research projects, working closely with academic staff.
Collaborative laboratory work – Many physics courses include structured group experiments and problem-solving tasks to strengthen teamwork and communication skills.
Computational physics and programming – You’ll develop coding skills (including scientific computing approaches used in physics research) to model and analyse complex systems.
University Library and digital research resources – Extensive physics collections, databases and study spaces that support independent research and advanced study.

These experiences ensure that by the time you graduate, you’re not just confident in theory — you’re comfortable working in research environments, handling scientific tools, and thinking like a physicist.

Progression & Future Opportunities

Graduates of Theoretical Physics at the University of Adelaide leave with strong analytical thinking, advanced mathematical modelling skills and the ability to solve highly complex problems — qualities that employers genuinely value. Many go on to work as data scientists, research scientists, quantitative analysts or physicists, while others move into technology, defence, finance or further academic research. Because the program builds both deep theoretical knowledge and computational capability, your career pathways remain broad and flexible.

Your future is supported in practical, structured ways:

Career and Employability Service – You’ll have access to personalised career consultations, résumé and interview workshops, employer networking events and internship guidance through the university’s dedicated Career and Employability team.
Employment outcomes – University of Adelaide graduates consistently achieve strong full-time employment outcomes within months of graduation, with science and mathematics graduates employed across research, finance, data analytics, defence and technology sectors (as reported in national Graduate Outcomes Survey data referenced by the university).
Industry and research partnerships – The School of Physics, Chemistry and Earth Sciences collaborates with organisations connected to defence, space, photonics and advanced sensing through institutes such as the Institute for Photonics and Advanced Sensing (IPAS), strengthening research and industry engagement opportunities.
Work-integrated learning opportunities – Final-year research projects and supervised research experiences allow you to build professional networks before you graduate.
Global reputation – The University of Adelaide is ranked among the world’s leading universities and is a member of Australia’s prestigious Group of Eight, reinforcing the international value of your qualification.
Transferable skill strength – Employers recognise physics graduates for their advanced quantitative reasoning, programming capability and logical problem-solving — skills that translate strongly into high-growth industries.

Further Academic Progression:

If you discover a passion for deeper research, this degree provides a clear pathway into Honours in Physics, followed by a Master of Philosophy (MPhil) or Doctor of Philosophy (PhD) at the University of Adelaide. Many theoretical physics graduates pursue postgraduate study in areas such as quantum physics, astrophysics, mathematical physics or computational science, positioning themselves for careers in academia, advanced research institutes, space science or high-level industry research roles.

Because the program builds a strong mathematical and theoretical foundation, it also supports progression into postgraduate studies in data science, engineering, finance or other quantitative disciplines, both in Australia and internationally.