Bachelor of Science Majoring in Physics

3 Years On Campus Bachelors Program

Swinburne University of Technology

Program Overview

If you’re curious about how the universe works at its most fundamental level and enjoy hands-on problem solving, the Bachelor of Science (Physics) equips you with deep scientific knowledge alongside practical lab and computing skills. This degree suits students who love math, wonder about the laws of nature and want a flexible science qualification that opens doors into research, technology and analytical careers.

Curriculum Structure

First Year
In your first year, you’ll build a strong foundation in core physics concepts and essential scientific skills. Units like Physics 1A, Mathematics 1A, and Physics 1B introduce you to mechanics, waves, electromagnetism and the mathematics that underpins them — all supported by lab work that develops your experimental technique and data-analysis confidence.

Second Year
In your second year you’ll begin to explore more specialised physics areas while strengthening your analytical toolkit. With units such as Modern Physics, Quantum Physics and Mathematics 2A, you will dive into particle theory, statistical physics and advanced maths, learning to model real phenomena and solve complex physical problems.

Third Year
In your final year, you’ll take advanced units that reflect the latest in physics research and application. Units like Advanced Physics, Thermal Physics, and Electromagnetic Theory let you apply your knowledge to real scientific challenges, refine your lab skills and prepare for independent research or professional practice.

Focus Areas

Mechanics, Quantum Physics, Electromagnetism, Thermal Physics, Applied Mathematics, Experimental Methods

Learning Outcomes

Develop deep conceptual understanding of physical laws; apply mathematical models to real-world problems; conduct experiments with scientific rigor; analyse and interpret data; communicate scientific ideas confidently.

Professional Alignment (Accreditation)

Graduates gain a strong science qualification recognised for research and analytical roles; while not licensed as a professional body, this physics degree aligns with the skill expectations of scientific, analytical and technical professions.

Reputation (Employability & Rankings)

Swinburne graduates consistently perform well in national graduate outcomes surveys, with physics and science students known for strong analytical skills valued by employers in research, technology and emerging industries.

Experiential Learning (Research, Projects, Internships etc.)

One of the things students love about Physics at Swinburne is that you don’t wait until third year to “do real science.” From early in your degree, you’re in the lab, running experiments, analysing data and learning how physicists actually work. The course blends theory with hands-on experimentation, coding and industry-connected projects — so you graduate not just understanding physics, but confidently applying it. You’ll work in professional lab environments, use real research tools and collaborate with classmates on practical investigations that mirror real scientific workplaces:

Hands-on laboratory work from first year — You’ll regularly work in physics teaching laboratories, gaining confidence with experimental setup, measurement techniques and data analysis.

Physics Research Laboratories (PHY30005) — This advanced lab unit allows you to design and conduct extended experiments, measure physical constants, work with optics and microwaves, and use data-acquisition tools such as LabVIEW.

Coding embedded in the degree — Programming in Python is integrated into your studies, helping you model physical systems, analyse datasets and run simulations — skills that are highly valued in both research and tech industries.

Guaranteed Work Integrated Learning (WIL) — The Bachelor of Science includes industry-linked projects that give you practical experience applying physics concepts in professional settings and building your employability while you study.

Collaborative group projects — Many lab activities and assessment tasks involve teamwork, where you learn how to communicate scientific ideas clearly and solve complex problems together — just like in real research teams.

Access to research centres — You’ll be studying at a university that hosts the internationally recognised Centre for Astrophysics and Supercomputing, giving you exposure to active research environments and potential pathways into advanced study.

Advanced research facilities — Swinburne’s facilities include specialised physics labs, optical research spaces, nanofabrication capabilities and high-performance computing resources that support cutting-edge experimentation.

Library and digital learning spaces — The Hawthorn campus library provides dedicated science study areas, research databases, academic support and collaborative spaces to help you succeed in both lab and theory subjects.

Progression & Future Opportunities

Graduates from the Physics degree at Swinburne leave with a unique mix of analytical thinking, practical lab experience and problem-solving skills that are highly sought after across industries. Many find themselves stepping straight into roles where they apply physics in real-world settings — for example as a Data Analyst, Research Assistant, Technical Consultant or Laboratory Technician — because employers value your ability to tackle complex challenges and interpret data with confidence:

• Dedicated career support every step of the way — Swinburne’s Careers and Employability Service helps you build your resume, prepare for interviews, connect with employers and discover part-time and graduate jobs through CareerHub. They also run employer events and workshops linked directly to science and technology fields.

• Strong graduate outcomes and employment prospects — Physics and science graduates from Swinburne have a solid record of moving into employment soon after finishing their degree; Swinburne regularly features positive Graduate Outcomes Survey results, reflecting good employment rates and salaries early in careers. Graduates could expect to earn AUD 55,000 and AUD 70,000 per annum.

• Industry-linked projects and partnerships — The degree includes Work Integrated Learning experiences and industry projects that connect you with real work contexts, helping you build your professional network before you graduate.

• Accreditation and long-term value — While physics itself isn’t a licensed profession, Swinburne’s science degrees are respected by research institutions, tech firms and engineering employers alike — giving you credibility and flexibility in a wide range of roles.

• Graduate outcomes you can build on — Many alumni move into analytical, technical and research-related positions across sectors like technology, health, environmental science, and education, thanks to the practical and theoretical grounding this degree provides.

Further Academic Progression:

Finishing your Bachelor of Science (Physics) doesn’t have to be the final step — it can be the launchpad for even deeper learning. You might choose to stay in academia with an Honours year focused on advanced research, which is a great springboard into a Master by Research or a PhD. That path is ideal if you love discovery and want to work in research, whether that’s in astrophysics, quantum technologies or computational modelling.

Alternatively, many physics graduates go into professional postgraduate coursework like a Master of Data Science, Master of Engineering Science or other specialist science and technology degrees — helping you shape your expertise toward specific career goals while enhancing your employment prospects even further.