Bachelor of Science majoring in Experimental Physics

3 Years On Campus Bachelors Program

University of Adelaide

Program Overview

If you’ve ever wondered how lasers work, how tiny electronic chips are built, or how we measure things we can’t even see — the Bachelor of Science majoring in Experimental Physics is designed for you. At the University of Adelaide, this major blends strong theoretical knowledge with real laboratory experience, so you don’t just learn physics — you actually do physics through hands-on experiments and advanced instrumentation.

Curriculum Structure

First Year – Building Your Foundations

Your journey begins with core subjects like Physics IA and Physics IB, where you’ll explore motion, energy, waves, electricity and magnetism while developing essential lab skills. Alongside physics, you’ll study mathematics to strengthen your analytical thinking, ensuring you’re confident solving real scientific problems from day one.

Second Year – Expanding Your Skills

In second year, the concepts become deeper and more exciting. Units such as Electromagnetism II and Solid State Physics and Photonics II introduce you to electric and magnetic fields, crystal structures, and how light interacts with matter — knowledge that underpins modern technologies like semiconductors and lasers. You’ll also refine your experimental techniques and data analysis skills, learning how to design and interpret increasingly complex investigations.

Third Year – Specialising and Applying Knowledge

By third year, you’re thinking and working like a physicist. Advanced courses such as Electromagnetism, Quantum and Statistical Mechanics and Optics and Photonics III push you into the fascinating world of quantum behaviour, particle interactions and advanced optical systems. Many students complete a research project or professional placement, gaining real-world experience under expert supervision — an excellent stepping stone into research or industry.

Focus Areas

Experimental design, optics and photonics, electromagnetism, quantum mechanics, advanced measurement techniques, and scientific data analysis.

Learning Outcomes

You’ll graduate with the ability to design and conduct experiments, analyse complex data, apply mathematical models to physical systems, and think critically about scientific challenges — skills that are highly valued across research, technology and engineering sectors.

Professional Alignment (Accreditation)

This program is accredited by the Australian Institute of Physics (AIP), meaning your degree meets national professional standards and supports eligibility for AIP membership.

Reputation & Employability

The University of Adelaide has a strong reputation for research-led teaching and industry-relevant science programs. Physics graduates are well-regarded for their analytical ability, technical expertise and problem-solving skills — qualities that open doors in research institutions, advanced manufacturing, defence, space science and emerging technologies.

Experiential Learning (Research, Projects, Internships etc.)

One of the biggest strengths of studying Experimental Physics at the University of Adelaide is that you don’t just sit in lectures — you actively work in real laboratories from early in your degree. Practical classes are embedded throughout the major, allowing you to use professional scientific instruments, analyse real data, and design experiments that mirror what physicists do in research and industry. By the time you reach third year, you’re not just following instructions — you’re planning investigations, troubleshooting equipment, and interpreting complex results like a practising scientist.

The School of Physics, Chemistry and Earth Sciences provides access to advanced teaching and research laboratories, modern instrumentation facilities, and collaborative learning spaces that support both independent and team-based projects. As your skills grow, so does your exposure to specialised tools and research environments:

Dedicated Physics Teaching Laboratories equipped for experiments in optics, electromagnetism, quantum phenomena and materials physics.
Optics and Photonics laboratories where students work with lasers, interferometers and advanced light-measurement systems.
Advanced instrumentation and electronics workshops for developing measurement techniques and building experimental setups.
Research laboratories within the School of Physics, Chemistry and Earth Sciences, giving senior students exposure to active research environments.
Final-year research project opportunities, where you work closely with academic supervisors on real experimental investigations.
Computational and data analysis tools, including programming and modelling software used to interpret experimental data.
Collaborative group laboratory projects, helping you develop teamwork and scientific communication skills.
Access to the Barr Smith Library, one of Australia’s largest academic research libraries, providing extensive scientific journals and databases.
Opportunities to engage with research centres and institutes affiliated with the School, connecting undergraduate learning with cutting-edge discoveries.

This strong practical focus ensures you graduate not only understanding physical theory — but confident in using laboratory equipment, analysing experimental results, and solving real-world technical problems.

Progression & Future Opportunities

Graduates of the Experimental Physics major leave Adelaide with strong analytical thinking, advanced laboratory expertise, and the ability to design and interpret complex experiments. These skills open doors to roles such as Physicist, Research Scientist, Optics or Photonics Specialist, and Data or Instrumentation Analyst across research institutions, defence, advanced manufacturing and technology sectors. Because the degree is grounded in hands-on experimentation and research-led teaching, employers value Adelaide graduates for their problem-solving ability and technical confidence:

Career & Employability Support: Students have access to the University’s Career Services, offering one-on-one career consultations, resume workshops, networking events, and employer engagement programs designed to connect science students with industry opportunities.
Research & Industry Connections: The School of Physics, Chemistry and Earth Sciences collaborates with national research organisations, defence and technology sectors, and photonics research groups — giving students exposure to real-world applications and research pathways.
Accreditation Advantage: The program is accredited by the Australian Institute of Physics (AIP), strengthening your professional credibility and supporting eligibility for AIP membership — a valuable long-term asset for scientific careers.
Graduate Outcomes: Physics graduates are known for strong quantitative and analytical skills, which are in demand across STEM industries including engineering, space science, renewable energy and scientific consulting.
Employability Strength: The University of Adelaide is consistently recognised globally for academic excellence and research quality, supporting strong graduate employability outcomes.

Further Academic Progression:

If you discover a passion for research or want to deepen your expertise, this major provides a clear pathway into Honours in Physics, followed by a Master of Science or a Doctor of Philosophy (PhD) at the University of Adelaide. Many graduates continue into advanced research in areas such as photonics, quantum technologies, materials science and applied physics, building careers in academia, national laboratories or high-tech industries.