Enter OTP
3 Years On Campus Bachelors Program
University of MelbourneIf you’re the kind of person who loves both maths and physics — and you’re curious about how the universe really works — this major is a brilliant fit. The Mathematical Physics major within the Bachelor of Science brings together powerful mathematical tools and fundamental physics concepts, helping you understand everything from quantum mechanics to electromagnetism through a deep analytical lens.
Curriculum Structure
Year 1 – Building Your Foundation
Your first year is all about setting strong foundations in both mathematics and physics. You’ll typically study subjects like Calculus 1, Linear Algebra, and Foundations of Physics, building the core skills you’ll rely on throughout the degree. At the same time, you’ll explore breadth subjects — a signature part of Melbourne’s curriculum — giving you the flexibility to expand into areas beyond science.
Year 2 – Connecting Mathematics and Physics
In second year, things get more exciting and more specialised. You’ll move into subjects such as Vector Calculus, Real Analysis, and physics units like Quantum and Thermal Physics or Special Relativity and Electromagnetism. This is where you begin to see how advanced mathematical structures explain physical systems — your problem-solving skills sharpen significantly here.
Year 3 – Advanced Theory and Specialisation
Your final year dives deep into high-level concepts. You may study subjects such as Quantum Physics, Complex Analysis, Electrodynamics, Statistical Physics, or Methods of Mathematical Physics. By the end of this year, you’ll be thinking like a theoretical scientist — confident in abstract reasoning, modelling complex systems, and tackling challenging analytical problems.
Focus Areas
Mathematical modelling, quantum mechanics, electromagnetism, complex analysis, advanced theoretical physics, analytical problem-solving.
Learning Outcomes
Strong mathematical reasoning, advanced problem-solving ability, the capacity to model and analyse physical systems, clear communication of technical ideas, and preparation for research-intensive or analytical careers.
Professional Alignment
The Bachelor of Science at the University of Melbourne is internationally recognised and designed to prepare students for postgraduate study, research careers, data-driven industries, finance, technology, and academia.
Reputation & Employability
The University of Melbourne is consistently ranked among the world’s top universities for science and mathematics in major global rankings such as QS — giving graduates strong global recognition and excellent employability prospects.
In the Mathematical Physics major at the University of Melbourne, you won’t just sit through lectures — you’ll be actively applying what you learn in labs, research projects, and collaborative workshops. From experimenting with lasers to building mathematical models of physical systems, the program is designed to give you real-world skills in both physics and mathematics. You’ll have access to world-class facilities, work alongside researchers, and develop practical experience that’s directly relevant to careers in science, technology, and research:
Cutting-edge research labs: Work with advanced equipment like lasers, particle detectors, microscopy setups, and X-ray instruments through the School of Physics.
Mathematical Physics research projects: Join small-group research projects and seminars with faculty, gaining firsthand experience in tackling real scientific questions.
Hands-on labs and computational work: Develop coding, data analysis, and modeling skills through structured physics and mathematics lab subjects.
Collaborative community: Engage in workshops, seminars, and discussion groups with peers and academics, connecting you to Melbourne’s vibrant scientific network.
Learning support and resources: Access tutoring, workshops, and interactive tools through the Mathematics and Statistics Learning Centre to strengthen your skills.
Graduating in Mathematical Physics opens the door to a wide range of exciting careers where your problem-solving and analytical skills are in high demand. Many graduates go on to work as data analysts, quantitative modellers, research assistants, or technology consultants, but the skills you gain also translate into roles in finance, tech, research, and beyond:
Career support: The University’s Careers and Employability team provides one-on-one advice, workshops, networking events, and access to Careers Online, helping you find internships and graduate roles that match your interests.
Employment outcomes: Around 97 % of University of Melbourne science graduates are employed or in further study within a few years of graduation, thanks to strong analytical skills and industry-ready training. Graduates can expect to earn between AUD 55,000 and AUD 75,000 per annum.
Industry connections: The University works with over 1,600 industry partners, giving you opportunities to undertake internships, projects, and real-world experiences while you study.
Accreditation and reputation: Your degree is recognised internationally, with a strong reputation that employers trust — making it easier to work anywhere in the world.
Graduate destinations: Alumni work at organisations like IBM, PwC, GE Renewable Energy, research labs, and universities, in roles spanning data science, consulting, engineering, and scientific research.
Further Academic Progression:
After your Bachelor’s, you’re in a great position to continue your studies if you want to specialise further. Many graduates move on to a Master of Science (Physics), Master of Science (Mathematics and Statistics), or a PhD, preparing for research, teaching, or advanced analytical careers. You could also explore postgraduate pathways in data science, engineering, or other STEM fields to broaden your opportunities even more.
well below the indicative ATAR minimum of 85.00.You'll need an IELTS score of 6.5 overall (no band below 6.0) for the University of Melbourne'sYou’ll generally need A Level Score around BBB grades to meet the entry requirement.you’ll need an overall TOEFL iBT score of 79, with 21 in writing, 18 in speaking, and 13 in reading and listening.A minimum guaranteed ATAR of 91.00 is required for domestic students.An entry score of ABB is required for domestic students.A minimum GPA of 3.4 along with either an SAT score of 1380, an ACT score of 29, or an AP aggregate of 17 (from a minimum of 3 and maximum of 4 AP exams) is required for domestic students.A minimum CBSE score of 82.00 is required for domestic students.India : You'll typically need around 75% in CBSE or ICSE, to be considered competitive for the University of Melbourne's BSc.US : you need GPA of 3.2 with SAT 1320 or ACT 28 meets the University of Melbourne's indicative minimum for US applicants to the BSc program.Research physicistTheoretical physicistApplied mathematicianData scientistQuantitative analyst (quant)Computational scientistActuarySoftware engineerMachine learning engineerUniversity lecturer
Embark on your educational journey with confidence! Our team of admission experts is here to guide you through the process. Book a free session now to receive personalized advice, assistance with applications, and insights into your dream school. Whether you're applying to college, graduate school, or specialized programs, we're here to help you succeed.
 in Europe1779357712.webp)
