Bachelor of Mathematics and Bachelor of Science Physics

5 Years On Campus Bachelors Program

University of Wollongong

Program Overview

The Bachelor of Mathematics and Bachelor of Science (Physics) at the University of Wollongong is a rigorous double degree designed for students who enjoy solving complex problems and understanding how the universe works, from fundamental particles to large-scale systems. It suits analytically minded students who want to build strong quantitative skills while exploring core areas of physics, preparing them for advanced research or high-level technical careers.

Curriculum Structure

Year 1
In your first year, you’ll build a strong foundation in both mathematics and physics, studying core units such as Calculus A, Algebra and Discrete Mathematics, and Foundations of Physics. These subjects introduce key mathematical techniques and fundamental physical principles like motion, energy, and waves, helping you develop essential analytical and problem-solving skills.

Year 2
As you progress, you’ll deepen your knowledge with units like Multivariable Calculus, Linear Algebra, and Electricity and Magnetism. You’ll begin to connect mathematical theory with physical applications, exploring how equations describe electromagnetic fields and more complex systems.

Year 3
In third year, your learning becomes more specialised with subjects such as Differential Equations, Quantum Physics, and Statistical Mechanics. You’ll start tackling real-world and theoretical problems, using advanced mathematical models to understand quantum systems and thermodynamic behaviour.

Year 4
At this stage, you’ll engage with higher-level topics including Abstract Algebra, Mathematical Modelling, and Advanced Quantum Mechanics. The focus shifts toward independent thinking, critical analysis, and applying theory to complex scientific challenges.

Year 5
In your final year, you’ll consolidate your expertise through advanced electives and a research-focused project or capstone experience. Units such as Research Project in Physics or Advanced Topics in Applied Mathematics allow you to specialise and gain hands-on experience in research or industry-relevant problem solving.

Focus Areas (in a string):
Pure Mathematics, Applied Mathematics, Quantum Physics, Electromagnetism, Statistical Mechanics, Mathematical Modelling

Learning Outcomes (in a string):
Advanced problem-solving, mathematical modelling and analysis, understanding of physical laws and systems, research and data interpretation skills, critical and analytical thinking

Professional Alignment (accreditation):
Aligned with standards of the Australian Mathematical Society and the Australian Institute of Physics, supporting pathways into research, academia, and technical industries.

Reputation (employability rankings):
The University of Wollongong is consistently ranked among the top universities globally for graduate employability, including strong performance in QS Graduate Employability Rankings, reflecting its industry connections and career-ready graduates.

Experiential Learning (Research, Projects, Internships etc.)

At UOW, this combined mathematics and physics degree isn’t just about learning theories from textbooks — it gives you real opportunities to do the kind of hands-on work that makes your skills job-ready. You’ll spend time in well-equipped labs, collaborate with classmates on practical challenges, and use software and tools that reflect what professionals use in research and industry. Throughout the program, you’ll build confidence working with real data, real equipment, and real scientific problems, making your learning active and engaging rather than purely academic:

Purpose-built Physics and Mathematics Laboratories: You’ll work in dedicated science teaching spaces where you explore physical systems experimentally and apply mathematical techniques to interpret results, helping you connect classroom learning with real phenomena in mechanics, waves, optics, and electromagnetism.
Mathematics and Statistical Software Tools: In your coursework you’ll use computational tools and software that are common in engineering, finance and science applications, helping you develop digital skills alongside your analytical knowledge. (University’s STEM teaching resources reflect this approach — see UOW’s science and maths teaching spaces info.)
Collaborative Group Projects: Many units involve teamwork and group work where you’ll solve problems together, present findings, and learn to communicate complex ideas clearly — skills that are highly valued in both scientific and technical careers.
Research-Led Teaching: UOW’s School of Mathematics and Applied Statistics and the School of Physics embed research into learning, meaning you’re not just learning established knowledge — you’ll be exposed to current scientific questions and research methods.
Access to Research Networks: Physics students benefit from connections to research environments like the Institute for Superconducting & Electronic Materials (ISEM) and broader science research groups, where UOW conducts cutting-edge work in materials science, quantum systems and physical analysis.
Library & Digital Resources: You’ll have access to UOW’s extensive library collections, including specialist science and mathematics resources, as well as digital platforms and research databases that support your projects and study.
Peer and Academic Support: Learning isn’t done alone — study spaces, mentoring programs, and collaborative learning areas help you connect with peers and staff throughout your degree.

Progression & Future Opportunities

Graduates of this double degree leave university with a powerful set of analytical, numerical and problem-solving skills that are in high demand across science, technology and data-driven industries. Many go on to roles such as data scientist, quantitative analyst, applied mathematician, or research scientist in physics-related fields, where they use mathematical models and physical insights to make real-world impact:

Dedicated Career Support: Through UOW’s Careers & Employability service, you can access personalised guidance including résumé and interview coaching, industry networking events, and the UOW JobBoard where graduate and internship opportunities are regularly posted. This means you’re supported from study into your first job and beyond.
Strong Graduate Outcomes: UOW consistently reports that graduates across mathematics, science and STEM disciplines are highly employable, with many stepping directly into meaningful full-time work soon after graduation thanks to the practical, research-led learning built into this program. Graduates could expect to earn between AUD 65,000 and 85,000 per year.
Industry Engagement & Networks: UOW connects students with professional partners through work experience opportunities, industry talks and collaborative projects — giving you early exposure to employers and a chance to build a professional network while you study.
Accredited and Recognised Skills: The physics component aligns with expectations set by the Australian Institute of Physics, and the mathematics grounding is respected across sectors — both adding long-term value to your qualification whether you seek work in Australia or overseas.
Graduate Destinations: Alumni from mathematics and physics pathways work in sectors such as finance, technology and engineering, research organisations, data analytics teams, and government or policy roles — showing the broad range of directions this degree can take you.

Further Academic Progression:
If you find that your passion lies in deeper study or specialised research, this degree provides a great foundation for postgraduate education. Many students choose to continue with Master’s coursework or research programs (like Master of Mathematics, Master of Data Science, or Master of Physics) or pursue a PhD in mathematics, physics or related fields — giving you access to advanced roles in academia, research labs or highly specialised industries.