Bachelor of Science (SMAH) - Bachelor of Arts

4 Years On Campus Bachelors Program

University of Wollongong

Program Overview

The Bachelor of Science and Bachelor of Arts (Physics) is a unique on-campus double degree that blends the analytical depth of physics with the broad contextual insight of arts disciplines, giving you both technical and communication skills highly valued in today’s world. This 4-year program equips you with a strong foundation in physical science — from mechanics and thermodynamics to modern physics — while also building critical thinking, cultural awareness and creative reasoning through arts subjects.

Curriculum Structure

Year 1:
In your first year, you’ll dive into core science subjects like Mechanics, Electricity and Magnetism, and Waves and Optics that build the essential physics toolkit for understanding the laws governing matter and energy. At the same time, your arts studies will introduce you to foundational subjects such as Introduction to Arts and electives like History, Communication, or Languages, sharpening your critical thinking and communication skills. This combination gives you a strong base in both analytical science and expressive humanistic inquiry.

Year 2:
By the second year, physics learning moves into more advanced topics like Quantum Mechanics, Thermodynamics, and Statistical Mechanics, helping you interpret and extend complex scientific concepts in real-world contexts. Alongside this, arts modules such as Politics, Sociology, or Science, Technology & Society deepen your understanding of how science interacts with culture, society, and global challenges — a valuable perspective that sets you apart.

Year 3:
In the third year, you start specialising further in physics areas such as Optoelectronics and Astrophysics, gaining hands-on experience with laboratory work and observational tools that bring theoretical concepts to life. Your arts components might include advanced electives or a second major subject, helping you refine your writing, research, or analytical skills for careers that value interdisciplinary thinking.

Year 4:
Deepening your physics expertise, fourth-year coursework often explores topics like Modern Physics and more complex experimental physics, preparing you for research, innovation, or industry work. In arts, you’ll delve into higher-level subjects in your chosen arts major such as Global Communications or International Relations, giving you a versatile, well-rounded academic profile.

Focus Areas

Physics fundamentals (mechanics, electromagnetism, quantum mechanics, optics), scientific laboratory methods and analysis, interdisciplinary arts subjects that enhance critical thinking and communication.

Learning Outcomes

You’ll graduate with a deep understanding of physical laws, excellent analytical and research abilities, strong written and verbal communication skills, and the confidence to apply scientific and humanistic insights to complex problems.

Professional Alignment (Accreditation)

The physics components of your Bachelor of Science degree align with professional expectations for scientific practice and contribute to eligibility for membership of bodies like the Australian Institute of Physics.

Reputation (Employability & Rankings)

The University of Wollongong is internationally recognised and ranked among the top universities globally for science and research quality, ensuring your qualifications are respected by employers and postgraduate programs worldwide.

Experiential Learning (Research, Projects, Internships etc.)

If you’re considering the Bachelor of Science and Bachelor of Arts (Physics) at the University of Wollongong, one of the biggest advantages is how hands-on the experience is. From your very first year, you’ll be in physics laboratories applying theory to real experiments — measuring motion, analysing electrical circuits, working with optics equipment, and learning how to interpret real scientific data. You’re not just learning formulas; you’re learning how physicists actually investigate the world.

What really makes UOW stand out is the research environment surrounding you. As a physics student, you’ll be studying alongside internationally recognised research centres like the Institute for Superconducting and Electronic Materials (ISEM) and the Australian Institute for Innovative Materials (AIIM). These institutes house advanced materials laboratories and specialised instrumentation, meaning your degree is connected to real discoveries in areas like superconductivity, energy materials, and advanced electronics. That research culture filters directly into your classes and projects, giving your learning depth and relevance:

Dedicated physics laboratories – Core physics subjects include structured lab sessions where you’ll carry out experiments in mechanics, electromagnetism, waves, thermodynamics, and optics, developing confidence with scientific instruments and data analysis.
Astronomical observation facilities – Physics students have access to a 0.4-metre telescope equipped with modern cameras and photometric tools, allowing you to work with real observational data and explore astrophysics beyond the classroom.
Research-connected learning – Being taught in a university home to ISEM and AIIM means exposure to advanced materials characterisation tools, fabrication facilities, and cutting-edge scientific research environments.
Industry experience opportunities – The program includes opportunities for internships and industry-linked projects, helping you gain insight into professional science and broaden your career network.
Collaborative projects and group work – Many subjects incorporate teamwork-based assessments, so you’ll graduate with strong communication and collaboration skills alongside your technical expertise.
Library and digital study spaces – UOW’s modern library facilities provide access to specialised science databases, digital journals, quiet study zones, and group collaboration rooms that support both your physics and arts studies.

Progression & Future Opportunities

Graduating with a Bachelor of Science and Bachelor of Arts (Physics) from the University of Wollongong opens up many exciting career paths where you can turn your scientific knowledge and broad critical thinking into real-world impact. You’ll be well-suited for roles such as Research Assistant, Physics Lab Technician, Data Analyst in tech or engineering, or even Science Communicator or Secondary School Physics Teacher, blending your technical physics skills with the communication strengths you build in arts subjects. With strong support from UOW’s career services and a curriculum that aligns with industry needs, you’ll finish ready to step into graduate roles with confidence:

Career support services tailored to your success — UOW’s Careers & Employability team offers workshops, one-on-one career chats, job boards, employability programs, resume and interview guidance, plus career expos like the STEM and Health Careers Expo where you can meet top employers and build industry networks.
Strong employment prospects and salary trends — Across UOW graduates, surveys show high employment rates within months of graduation and median starting salaries around AUD 72,000 full-time, with earnings growing significantly as you gain experience in STEM, research, technology or business roles.
Industry engagements and partnerships — Through collaborations with major research bodies like CSIRO, ANSTO, and network events with employers, you’ll have opportunities to connect with organisations relevant to your physics skills and pursue internships, placements or research-linked projects.
Accreditation and long-term value — UOW’s physics programs are fully accredited by the Australian Institute of Physics, meaning your qualification holds strong professional recognition in Australia and internationally — a solid foundation whether you move into industry, government labs, education, or postgraduate study.
Graduate outcomes and professional readiness — Graduates in physics and related science fields go on to work in roles such as Research Officer, Environmental Scientist, Scientific Officer, Medical Physicist, and Science Educator, combining analytical expertise with creativity and communication skills shaped by the arts components of this degree.

Further Academic Progression:
After finishing this double degree, you’ll be well-placed to continue into Honours and postgraduate research programs in physics, astrophysics or materials science if you’re drawn to in-depth scientific investigation or a research-heavy career. Alternatively, some graduates choose to pursue master’s degrees in data science, engineering, education or science communication, broadening their expertise and unlocking advanced career opportunities in both scientific and interdisciplinary fields.