Undergraduate Physics

3 Years On Campus Bachelors Program

University of Western Australia

Program Overview

The Physics major at The University of Western Australia is designed for students who are genuinely curious about how the universe works — from the smallest subatomic particles to the largest galaxies. If you enjoy problem-solving, mathematics, and asking deep scientific questions, this program gives you the tools, confidence, and real research exposure to turn that curiosity into expertise.

Curriculum Structure

First Year
In your first year, you build a strong scientific foundation. You’ll study core units such as Physics for Scientists and Engineers and Modern Physics, alongside mathematics units like Multivariable Calculus and Mathematical Theory and Methods. This year strengthens your analytical thinking and gives you the essential mathematical language needed to understand physical laws.

Second Year
By the second year, the content becomes more specialised and intellectually exciting. Units such as Quantum Physics and Electromagnetism and Many Particle Systems introduce you to the principles that govern atomic structures and large-scale systems. You’ll start applying theory to complex problems and develop the confidence to tackle advanced scientific challenges.

Third Year
In your final year, you engage with advanced concepts like Quantum Mechanics, Electrodynamics and Relativity, and Mathematical Physics. You can also explore areas such as Astrophysics and Space Science or Quantum Computation, allowing you to shape your degree toward research, space science, or emerging technologies. This year prepares you for honours study, postgraduate research, or high-level technical careers.

Focus areas (in a string):
Quantum mechanics; classical mechanics; electromagnetism; relativity; astrophysics; computational physics; atomic and nuclear physics; advanced mathematical modelling.

Learning outcomes (in a string):
Develop advanced analytical and mathematical problem-solving skills; apply theoretical models to real-world physical systems; design and interpret experiments; use computational tools for scientific analysis; communicate complex scientific ideas clearly and professionally.

Professional alignment (accreditation):
The Physics major is accredited by the Australian Institute of Physics, ensuring the program meets national professional standards and supports graduates pursuing careers in research, industry, or further academic study.

Reputation (employability rankings):
UWA is recognised as one of Australia’s leading research universities and consistently performs strongly in global rankings such as QS. Its strong research culture and industry connections enhance graduate employability, particularly in science, technology, engineering, and data-driven industries.

Experiential Learning (Research, Projects, Internships etc.)

At UWA, studying Physics isn’t just about lectures and textbooks — you’ll gain hands-on experience in real science environments, use advanced research instruments, and work alongside active researchers. From precision optical labs to research facilities linked with international science collaborations, the program is designed so you can apply theory in practice, develop practical problem-solving skills, and contribute to genuine scientific inquiry throughout your degree:

Specialised research laboratories: work with equipment and infrastructure that support experimental physics and materials characterisation, including access to instruments like scanning electron microscopes, magnetometers and more through UWA’s Centre for Microscopy, Characterisation and Analysis.
High-end physics research facilities: get exposure to cutting-edge science in gravitational wave instrumentation and quantum optics research through involvement with the OzGrav node and its high optical power facilities.
Physics Common Room: a dedicated space where Physics students study together, access reference texts, use computers for group work, and connect socially with peers and student-led events.
Collaborative research projects: opportunities to participate in ongoing research within the Department of Physics, offering real experience working with professional scientists and possibly contributing to published research.
Interdisciplinary facility engagement: while not Physics specific, you also benefit from broader UWA facilities like computer labs and student hubs that support group work, computational modelling and interdisciplinary collaboration.

Progression & Future Opportunities

A Physics major at The University of Western Australia doesn’t just prepare you for one job — it prepares you for a wide range of high-impact careers. UWA physics graduates are valued for their strong analytical thinking, mathematical precision and ability to solve complex problems, which is why many move into roles such as physicists, data scientists, engineers and science educators. Your degree equips you with adaptable skills that are respected across research, technology, finance and government sectors:

• Dedicated careers support: UWA’s Careers and Employability Centre works closely with students through one-on-one career advice, resume and interview workshops, networking events and employer engagement programs. You’ll have access to career fairs and internship opportunities that connect you directly with industry representatives.

• Strong graduate outcomes: UWA consistently reports strong full-time employment outcomes and competitive starting salaries for its graduates in national Graduate Outcomes Survey data. Physics graduates, in particular, benefit from the high demand for quantitative and analytical skill sets.

• Industry and research partnerships: The School of Physics is part of an active research environment that collaborates with national and international partners in areas such as quantum science, astrophysics and advanced materials. This exposure helps students build professional networks and gain insight into real-world scientific applications.

• Professional accreditation: The Physics major is accredited by the Australian Institute of Physics, meaning your qualification meets nationally recognised professional standards — an important advantage if you pursue scientific or technical careers.

• Versatile career pathways: Graduates move into research laboratories, technology companies, renewable energy projects, defence and aerospace sectors, data analytics roles, and secondary or tertiary education. The degree’s strength lies in its flexibility and long-term career adaptability.

Further Academic Progression:
If you decide to continue your studies, UWA provides a clear pathway into Honours and then into specialised postgraduate programs such as the Master of Physics, where you can focus on areas like Astronomy and Astrophysics, Experimental Physics or Computational Physics. For students passionate about research, progression into a PhD is a natural next step, allowing you to contribute original discoveries while building an international scientific career.