Bachelor of Science (Physics)

3 Years On Campus Bachelors Program

University of Western Australia

Program Overview

If you’re the kind of person who’s always wondered why things work the way they do — from the motion of planets to the behaviour of electrons — the BSc in Physics at UWA gives you the tools to explore those questions properly. This program is ideal for analytical, curious minds who enjoy mathematics and problem-solving, and it builds both deep theoretical understanding and practical laboratory experience across three years.

Curriculum Structure

Year 1 – Laying the Groundwork

Your first year is all about building confidence in the fundamentals. Through units like PHYS1001 Physics for Scientists and Engineers and PHYS1002 Modern Physics, you’ll explore mechanics, electromagnetism, relativity and early quantum ideas, while strengthening your mathematical foundation. You’ll also begin structured laboratory sessions, learning how physicists design experiments and analyse real data.

Year 2 – Strengthening Theory and Skills

In second year, the physics becomes more detailed and more exciting. Units such as PHYS2001 Mathematical Methods for Physics, PHYS2002 Electromagnetism and Thermal Physics, and PHYS2003 Quantum and Atomic Physics push your understanding further and introduce more advanced modelling techniques. Lab work becomes more independent, helping you connect complex equations to measurable physical systems.

Year 3 – Advanced Concepts and Research Thinking

By your final year, you’ll be thinking like a physicist. Units including PHYS3001 Advanced Quantum Mechanics, PHYS3002 Solid State Physics, and PHYS3003 Electrodynamics explore high-level theoretical frameworks and real-world applications. Many students also engage in research-focused projects, developing independence and preparing for honours, postgraduate study or technically demanding careers.

Focus Areas:

Quantum mechanics, electromagnetism, condensed matter physics, astrophysics, computational physics, mathematical modelling.

Learning Outcomes:

Advanced problem-solving ability; strong mathematical and computational modelling skills; hands-on laboratory competence; data analysis expertise; ability to clearly communicate complex scientific ideas.

Professional Alignment (Accreditation):

The program is delivered within UWA’s research-intensive science environment and aligns with national higher education standards, preparing graduates for professional roles in research, industry, education and advanced study.

Reputation (Employability & Rankings):

UWA is recognised as one of Australia’s leading research universities and consistently ranks among the top universities globally, strengthening the international recognition of your degree and supporting strong graduate employability.

Experiential Learning (Research, Projects, Internships etc.)

At UWA, physics is something you experience, not just study. From your first year, you’ll be working in real laboratories, handling professional equipment, analysing data, and learning how physicists actually investigate the world. As you move into second and third year, you’ll take on more advanced experiments and may even join active research groups — gaining confidence with the same tools and techniques used by scientists in industry and academia.

What makes the experience even stronger is the access you get to UWA’s specialist facilities and research centres:

Dedicated Physics Teaching Laboratories – You’ll complete hands-on experiments in units like PHYS1001 Physics for Scientists and Engineers and advanced laboratory units in later years, using oscilloscopes, lasers, spectroscopy equipment, and precision measurement tools.
Research-grade facilities on campus – Students benefit from exposure to high-level research infrastructure, including optics labs and experimental facilities linked to the Gingin High Optical Power Facility.
Computational physics tools – You’ll develop strong data analysis and modelling skills using programming and scientific computing methods. UWA researchers collaborate with the Pawsey Supercomputing Research Centre, giving physics students insight into high-performance computing used for simulations and big-data research.
International Centre for Radio Astronomy Research (ICRAR) – UWA hosts the International Centre for Radio Astronomy Research, one of the world’s leading astronomy institutes. If you’re interested in astrophysics, you’ll be studying in a globally recognised research environment.
Undergraduate research opportunities – High-achieving students can apply for summer research scholarships and supervised projects, working directly with academics on real scientific investigations.
Collaborative student spaces – The Physics Common Room and student societies create a supportive academic community where group problem-solving, peer mentoring, and informal seminars are part of everyday life.

Progression & Future Opportunities

A Physics degree from UWA opens doors well beyond the classroom. Graduates build strong analytical, computational and problem-solving skills that translate into careers such as Physicist, Data Analyst, Engineering Consultant, Science Educator, Research Assistant, and Astrophysics or Defence Technology Specialist. Because the program is grounded in both theory and hands-on experimentation, you graduate ready for technical roles in industry or advanced scientific research.

Here’s how UWA supports your career growth:

Dedicated career support through UWA Careers Centre – Personalised career advice, resume workshops, interview preparation, employer networking events and industry panels tailored to science students.
Strong employment outcomes – UWA graduates consistently achieve high full-time employment rates within months of graduation, supported by the university’s strong employer reputation nationally and internationally.
Industry and research partnerships – Close links with organisations such as the International Centre for Radio Astronomy Research and collaboration with the Pawsey Supercomputing Research Centre connect physics students to large-scale scientific projects in astronomy, data science and computational modelling.
Global reputation and ranking strength – UWA is ranked among the world’s leading universities in Physics and Astronomy in the QS World University Rankings, strengthening the global value of your qualification.
Accreditation value – As part of a Group of Eight university, UWA’s science degrees are internationally recognised, supporting career mobility across Australia and overseas.
Research pathways and graduate outcomes – Many Physics graduates move into postgraduate research, technical consultancy, government science agencies, mining and energy sectors, or technology firms that value quantitative expertise.

Further Academic Progression:

After completing your BSc in Physics, you can deepen your expertise through an Honours year (Bachelor of Science Honours) at UWA, where you undertake an independent research thesis under academic supervision. From there, you may progress to a Master of Physics, specialised science master’s programs, or a PhD, particularly in areas such as astrophysics, quantum science, computational physics, or applied mathematics.