Bachelor of Science - EIS (Physics)

3 Years On Campus Bachelors Program

University of Wollongong

Program Overview

If you’re someone who’s always asked why and how things work — from subatomic particles to galaxies — the Bachelor of Science (Physics) at UOW gives you the tools to turn that curiosity into real expertise. Over three years, you’ll build a strong foundation in fundamental physics, sharpen your mathematical thinking, and gain hands-on laboratory experience that prepares you for research, industry, or further study.

Curriculum Structure

Year 1 – Building Your Foundations

Your first year is all about creating a solid base. You’ll study Fundamentals of Physics A & B, where you explore mechanics, motion, energy, and electromagnetism — the core principles that underpin modern science. Alongside this, Mathematics 1 & 2 will strengthen your skills in calculus and algebra, giving you the language and tools physicists use to describe the universe.

By the end of the year, you won’t just understand formulas — you’ll understand why they work.

Year 2 – Expanding Your Understanding

In second year, things get more exciting and more specialised. Subjects like Advanced Modern Physics, Vibrations, Waves & Optics, and Mechanics & Thermodynamics deepen your knowledge and connect theory with real-world applications.

You’ll also tackle advanced mathematical subjects such as Vector Calculus and Differential Equations, developing the analytical strength that sets physics graduates apart in the job market. This is where you begin thinking more like a scientist — analytical, precise, and solution-focused.

Year 3 – Mastering Advanced Physics

By third year, you’re working at an advanced level. You’ll explore Quantum Mechanics and Electromagnetism in depth — two pillars of modern physics that explain everything from semiconductors to particle interactions.

You’ll also choose electives such as Astrophysics and Cosmology, Classical Mechanics, or Physics of Detectors and Imaging, allowing you to shape the degree around your interests — whether that’s space science, advanced theory, or applied technology.

Focus Areas:

Mechanics, electromagnetism, thermodynamics, quantum mechanics, waves and optics, advanced mathematical modelling, and applied physics technologies.

Learning Outcomes:

You’ll graduate able to analyse complex physical systems, apply mathematical modelling to real-world problems, design and interpret experiments, and communicate scientific ideas clearly and confidently.

Professional Alignment (Accreditation):

The degree meets the academic requirements for membership with the Australian Institute of Physics — an important benchmark for professional recognition in physics.

Reputation (Employability & Rankings):

University of Wollongong is internationally recognised for its strong research profile and industry engagement. Physics graduates are highly valued for their problem-solving ability, quantitative expertise, and adaptability — qualities that open doors across technology, research, finance, defence, and energy sectors.

Experiential Learning (Research, Projects, Internships etc.)

One of the things students genuinely love about studying Physics at UOW is that it’s not just lectures and equations — you’re regularly in the lab, testing ideas, collecting real data, and seeing theory come to life. Practical classes are built into the degree from first year, so you’re constantly developing technical confidence alongside your academic knowledge. By the time you graduate, you won’t just understand physics — you’ll know how to do physics.

Here’s how that hands-on experience is delivered in this program:

Sciences Teaching Facility: You’ll learn in UOW’s purpose-built science labs within the Sciences Teaching Facility, designed specifically for experimental learning, data analysis, and collaborative scientific work.
Structured Laboratory Program: Core physics subjects include regular laboratory classes where you conduct experiments in mechanics, electromagnetism, optics, and modern physics — developing skills in measurement, uncertainty analysis, scientific reporting, and problem-solving.
Advanced Research Environments: UOW is home to world-class research institutes such as the Institute for Superconducting and Electronic Materials (ISEM), where cutting-edge work in superconductivity, energy materials, and electronic materials takes place. Physics students benefit from exposure to this active research culture.
Australian Institute for Innovative Materials (AIIM): Through facilities at the Australian Institute for Innovative Materials, students are surrounded by interdisciplinary research in advanced materials and energy technologies — connecting physics to real-world innovation.
Collaborative Group Work: Many laboratory and project components are completed in teams, helping you build communication and teamwork skills that are essential in scientific and technical careers.
Digital & Research Support: You’ll have access to the University of Wollongong Library, which provides extensive scientific databases, digital research tools, study spaces, and technology-enabled learning environments to support your coursework and projects.
Pathway to Honours & Research Projects: High-performing students can progress into a dedicated Honours year, where you undertake an independent research project under academic supervision — often within UOW’s research laboratories.

Progression & Future Opportunities

A Physics degree from UOW opens more doors than most students initially realise. Graduates move into roles such as Physicist, Data Analyst, Research Scientist, and Meteorologist, while others apply their analytical training in technology, defence, finance, and energy sectors. The strength of this degree lies in its versatility — physics graduates are valued for their problem-solving ability, quantitative skills, and technical confidence.

And here’s where UOW really supports your next step:

Careers & Employability Support: UOW’s Careers & Employability service provides personalised career advice, resume and interview workshops, employer networking events, and access to job opportunities — helping you turn your degree into a career plan.
Strong Graduate Outcomes: UOW graduates report high levels of full-time employment and employer satisfaction in national surveys, reflecting the university’s strong industry reputation.
Competitive Salary Potential: Science and physics graduates in Australia typically enter careers with competitive starting salaries, often above the national graduate average due to their strong analytical and technical skill set.
Research & Industry Connections: UOW is home to major research institutes such as the Institute for Superconducting and Electronic Materials and the Australian Institute for Innovative Materials. Being part of a university with this level of research activity exposes you to real-world scientific innovation and strengthens your professional profile.
Professional Recognition: The degree meets the academic requirements for membership with the Australian Institute of Physics — an important credential that adds long-term professional value.
Diverse Graduation Outcomes: Alumni move into research laboratories, government agencies, environmental and energy organisations, advanced manufacturing, technology firms, and postgraduate study pathways.