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Bachelor of
Mathematical Sciences
Entry requirements
Key information
VIEWING DOMESTIC
VIEWING INTERNATIONAL
Start dates
March
July
Delivery mode*
In person
(Tonsley)
IELTS Overall
6.0
Speaking: 6.0
Writing: 6.0
Pearson Overall
50
CRICOS code
075594D
Duration
3 years full-time
Delivery mode
In person (on campus)
Tonsley
Start dates
March
July
Annual fee
$43,500 (2026)
About these fees
Shape the future with the power of mathematics
Explore numbers, patterns and data in a degree that puts flexibility first. At Flinders, you’ll choose from majors in mathematics, data science or physics, and complement your studies with minors such as coding, climate change, or water resources.
Alongside classroom learning, you’ll gain hands-on experience through projects and and our unique Work Integrated Learning (WIL) industry placements for mathematics students, preparing you for careers in data, finance, research, and beyond. With mathematical sciences at the core, you’ll graduate with problem-solving and analytical skills that are valued worldwide.
If you want an extra challenge, high-achieving students can take their studies further with an additional Honours year, specialising in advanced computing or mathematical sciences.
Ranked in the top 2%
of the universities in the world
The World University Rankings 2024 as a percentage of the total number of universities in the world according to the International Association of Universities
Maths is everywhere - and so are the jobs!
Mathematical sciences graduates are valued for their logical thinking, data literacy, and analytical mindset. With majors in maths, data science or physics, you can tailor your degree to fields such as finance, tech, research, or climate modelling.
Salary
$120K
typical salary in Australia
Data Scientist
Data scientists use mathematics, coding and machine learning to uncover insights from massive datasets. Their work drives decision-making in finance, health, government, and technology, making them some of the most in-demand professionals in the digital economy.
Australian employers are rapidly expanding their data science teams, and many graduates go on to senior roles such as lead analyst or AI specialist.
Mathematician
Mathematicians apply theory and logic to solve complex, high-level problems. Their modelling and problem-solving skills are used in fields ranging from climate forecasting and logistics to quantum research and advanced technology.
Many mathematicians continue into honours or PhD study, leading to careers as researchers or academics.
Salary
$115K
typical salary in Australia
Sources: Seek Australia, 2025 | Glassdoor, 2025
Statistician
Designs studies and interprets data for industries like health, business and government.
Operations Research Analyst
Applies optimisation and modelling to improve systems, from airline scheduling to supply chain management.
Financial Analyst
Uses mathematical modelling to guide investment, risk management, and economic forecasting. Works across banks, finance firms, and government.
Physics Researcher
Explores fundamental questions in energy, materials, or quantum science using advanced mathematics and experimentation.
What will you study to start your career in mathematics?
Start with a common first year in maths, data and physics, then choose your major and minor to tailor your learning. Add industry placements and research projects to graduate with both depth and flexibility.
- Year 1
- Year 2 & 3
GENERAL
In your first year, you'll build your foundations in maths, physics and data science.
Year 1 - Core topics
You may study the following topics. For exact topic information, visit the course Handbook.
GENERAL
After your over the next 2 years, you'll choose a major and minor, follow your interests with option topics, complete an industry placement, or undergo a research project.
Years 2 and 3 - Core topics
Your second year might include the following topics. For exact topic information, visit the course Handbook.
- Choose one major from Mathematics, Data Science, or Physics
- Choose one minor from Coding, Climate Change, Data Analytics, Design, Geospatial Information Science, Mathematics, Physics, or Water Resources
- Complete industry placements (12–20 weeks) or research projects
- 4 option topics such as Data Engineering, Neural Networks and Machine Learning, Numerical Analysis, or Industry Practicum
Customise your degree.
After your first year, you can focus on an area that interests you by choosing majors and minors. This will help you work toward the career of your dreams.
Data Science
The Data Science major develops your ability to analyse, model and interpret complex data using statistics, machine learning and programming. You’ll gain the technical skills, ethical awareness and practical experience needed to thrive in Australia’s fast-growing data-driven industries.
What will I study with a Data Science major?
You’ll study statistical modelling, probability, machine learning, data mining, cloud computing and database systems. With hands-on projects and industry tools, you’ll learn to transform data into insights, communicate results clearly, and apply ethical reasoning to real-world challenges across science, government, finance, defence and technology.
MAJOR
Core Topics
Your first year might include the following topics. For exact topic information, visit the course Handbook.
Mathematics
The Mathematics major develops your ability to model, analyse and solve complex problems. You’ll gain strong skills in reasoning, forecasting and quantitative analysis, preparing you for careers across science, technology, finance, education and research.
What will I study with a Mathematics major?
You’ll explore calculus, linear algebra, differential equations, numerical analysis and optimisation, with opportunities to apply theory to real-world problems. Hands-on projects and computational tools help you develop critical thinking, communication and teamwork skills. This major emphasises both creativity and rigour, equipping you to translate challenges into mathematical solutions.
MAJOR
Core topics
Your first year might include the following topics. For exact topic information, visit the course Handbook.
Physics
The Physics major explores the fundamental laws of the universe, from quantum mechanics to space science. You’ll combine theory with hands-on labs, developing analytical, experimental and computational skills for careers in research, technology, defence, education and beyond.
What will I study with a Physics major?
You’ll study electromagnetism, thermodynamics, energy systems, quantum and nuclear physics, and solid-state devices, supported by a Mathematics minor. Through experiments, data analysis and computational modelling, you’ll sharpen your ability to test theories and solve complex problems. This major fosters curiosity, creativity and critical thinking, preparing you for careers or further study in physics, engineering, defence or space science.
MAJOR
Core topics
Your first year might include the following topics. For exact topic information, visit the course Handbook.
- Electromagnetics and Electromagnetic Waves
- Physics
- Quantum and Nuclear Physics
- Classical Physics
- Thermodynamics and Energy System
- Quantum and Statistical Physics
- Solid State Physics and Quantum Devices
- Choose 1 option topic from Nuclear Fuel Cycle and Performance or Nuclear Reactor Design and Safety
Understand climate systems and drivers of change. Study atmospheric science, oceanography and policy while developing modelling and communication skills for sustainability, adaptation and environmental advocacy roles.
Learn programming and computational thinking. Build coding skills that support innovation across science, health, business and government, enhancing employability in today's data-driven, technology-focused industries.
Learn data engineering, machine learning and computational analysis. Extract insights from complex datasets for careers in science, technology, business, research and government data-driven roles.
Develop statistical modelling, visualisation and data management skills. Gain hands-on experience with industry tools while exploring ethical data use, preparing for analytical roles across research, business and government.
Explore engineering design, ergonomics, and sustainable manufacture. Develop creativity, teamwork and problem-solving through practical design projects, preparing for careers in innovation, product development and applied engineering.
Gain skills in GIS, remote sensing, cartography and spatial modelling. Collect, analyse and visualise spatial data for careers in planning, environmental management and resource monitoring.
Strengthen quantitative reasoning with calculus and linear algebra. Develop analytical and problem-solving skills that complement science, engineering, economics, and policy, preparing for data-driven careers and further study.
Study mechanics, quantum physics, thermodynamics and energy systems. Gain lab and computational experience while developing transferable skills for careers in science, technology, research and education.
Learn hydrology, groundwater, water quality and ecohydrology. Explore Australia's water challenges while developing skills for careers in water management, sustainability planning and environmental consultancy.
Boost your knowledge with Bachelor of Mathematical Sciences pathway to Honours.
SATAC: 245521
High-achieving students automatically build in an Honours year to the Bachelor of Mathematical Sciences with the Pathway to Honours program, which enrolls you into the Bachelor of Computing and Mathematical Sciences (Honours). This advanced program combines computer science, mathematics and data science with a substantial research thesis.
- Undertake a major independent research project under expert supervision
- Develop advanced analytical, coding, and problem-solving skills
- Prepare for postgraduate research (Masters, PhD) or academic careers
- Gain a competitive edge for high-level industry roles
Graduates are equipped for roles in:
- Advanced data science and analytics
- Scientific and mathematical research
- Cybersecurity and systems architecture
- Finance and risk modelling
- AI and machine learning
- Software development and engineering
- Policy and government advisory
- Postgraduate research or academia
- Advanced coursework in computing and mathematical sciences
- Honours Research Thesis (across multiple stages)
1 year full-time (or equivalent part-time), offered at Flinders City Campus or Tonsley.
- Undertake a major independent research project under expert supervision
- Develop advanced analytical, coding, and problem-solving skills
- Prepare for postgraduate research (Masters, PhD) or academic careers
- Gain a competitive edge for high-level industry roles
Graduates are equipped for roles in:
- Advanced data science and analytics
- Scientific and mathematical research
- Cybersecurity and systems architecture
- Finance and risk modelling
- AI and machine learning
- Software development and engineering
- Policy and government advisory
- Postgraduate research or academia
- Advanced coursework in computing and mathematical sciences
- Honours Research Thesis (across multiple stages)
1 year full-time offered at Flinders City Campus or Tonsley.
Flinders offers a vibrant, fun, supportive uni experience you’ll remember for a lifetime.
Need support?
From cultural, health and wellbeing services, to study and financial support, enrolment advice and more, we’re here to help.
Student clubs
Flinders University Student Association (FUSA) is the heart of the Flinders Experience. FUSA is where you’ll find out about events, club memberships and extracurricular activities.
Campus facilities
Flinders’ campuses are hubs of activity, with retail and food outlets, library spaces, study and chill spaces and more.
Learn from the experts.
Our incredible teaching and professional staff are experts in their fields and well-connected to the industry.
Senior Lecturer
Dr Hayden Tronnolone
Hayden is an applied mathematician whose work explores how mathematical models can help explain the world around us - from fluid mechanics to the behaviour of living systems. His research spans mathematical biology, microbiology, and transport phenomena, often working across disciplines to find elegant solutions to complex problems.
Hayden is also a passionate educator and advocate for student success. He’s led major projects to improve how students transition into university mathematics and is committed to making maths more accessible, engaging and relevant to the real world.
Senior Lecturer
Dr Sergiy Shelyag
Meet Sergiy, an applied mathematician whose work spans fluid dynamics, astrophysical magneto‑hydrodynamics and machine learning. He applies mathematical tools to diverse domains - from neuroscience and health to defence and space science - always aiming to connect rigorous models with real-world impact.
Before joining Flinders, Sergiy held senior roles in data science and mathematics in Australia and the UK, and earlier completed his PhD in Göttingen (Germany). He is a Fellow of the Australian Mathematical Society and maintains global collaborations with institutions like the Defence Science & Technology Group, Penn State and the Max Planck Institute.
In the Mathematical Sciences degree, Sergiy’s expertise invites students into areas where computation, modelling and data meet deep theory and application.
Concerned about your ATAR? If it doesn't meet the course requirement, or if you don't receive one, we offer alternative pathways to admission. Contact us to discuss your options—we're here to help.
- Entry requirements
- Application options
If you don’t meet our English language entry requirements and need to improve your English language proficiency, you can do so through Flinders University Academy – or our approved English Language Instruction Course for Overseas Students (ELICOS) providers.
This means that you can attend the required English language tuition at approved ELICOS providers and gain direct entry into university without an IELTS or TOEFL test.
If you don’t meet our academic entry requirements, you can still gain entry to Flinders University through Flinders University Academy. With a range of diplomas, foundation and English language courses, students can find a direct pathway into the destination degree of their choice.
How to apply
Select your course.
Check entry requirements.
Check your eligibility for credit.
Obtain certified documents.
Submit your application and documents.
Application options.
Apply online
Follow up our step-by-step guide to help you with your application to study at Flinders.
Find an agent
Our registered education agents around the world understand the university system and will guide you through the application process.
Contact us
Get in touch with our team to discuss your preferences, career options, pathways, and course and entry requirements. We are here to ensure you have everything you need to choose the right degree for you.
Don't meet academic requirements? Don't worry. We'll help you get there.
Preparatory courses
If you lack required English proficiency, improve through Flinders University Academy or approved ELICOS providers for direct university entry without IELTS/TOEFL tests.
Flinders University Academy
If you do not meet entry requirements for your desired degree, Flinders University Academy will provide you with a direct pathway into the destination degree of your choice.
Frequently asked questions.
Over the years, many questions have been asked by students before. For the quickest answers view our frequently asked questions or browse the full list @ Ask Flinders.
Yes. SACE Stage 2 Mathematical Methods (or equivalent) is normally required.
Mathematics, Data Science, or Physics.
Climate Change, Coding, Geospatial Science, Data Analytics, Design, Physics, and more.
Yes. You can complete placements of 12–20 weeks with industry partners. This is through the renowned Flinders Work Integrated Learning (WIL) program.
It’s a fourth year focused on advanced coursework and a research thesis. It’s ideal if you want to move into research, academia, or high-level professional roles.
Yes. The Honours program is the key pathway to PhD or other research degrees in computing, maths or related fields.
At Tonsley or Flinders City Campus, with access to research-active staff and modern facilities.
- Applications are completed via SATAC
- Visit: satac.edu.au
The table below shows ATAR and Selection Rank data for students offered a place wholly or partly on the basis of ATAR commencing in Semester 1, 2024. It is limited to applicants that have recently completed secondary education (within the last two years). Data may reflect multiple courses available within a suite of courses.
Notes:
<5 – less than 5 ATAR based offers made
N/A – This course uses additional selection criteria and therefore Selection Rank is not published
| ATAR-based offers only across all offer rounds | ATAR - Excluding adjustment factors | Selection Rank - ATAR plus any adjustment factors |
|---|---|---|
| Highest rank to receive an offer | 99.40 | 99.95 |
| Median rank to receive an offer | 73.35 | 77.78 |
| Lowest rank to receive an offer | 57.75 | 65.50 |
The table below gives an indication of the likely peer cohort for new students in this course. It provides data on students who commenced study in this course in Semester 1, 2024 including those admitted through all offer rounds and international students studying in Australia. Applicant background groupings are based on educational background, not basis of admission. Data may reflect multiple courses available within a suite of courses.
Notes:
<5 – the number of students is less than 5
N/P – Not published: the number is hidden to prevent calculation of numbers in cells with less than 5 students
| Applicant background (Semester 1, 2024) | Number of students | Percentage of all students |
|---|---|---|
| Higher education study (includes a bridging or enabling course) | 46 | 34% |
| Vocational education and training (VET) study | <5 | <5 |
| Work and life experience | 11 | 8% |
| Recent secondary education - Admitted solely on the basis of ATAR (regardless of whether this includes the consideration of adjustment factors such as equity or subject bonus points) | 37 | 28% |
| Recent secondary education - Admitted where both ATAR and additional criteria were considered (e.g. portfolio, audition, extra test) | <5 | 2 |
| Recent secondary education - Admitted on the basis of other criteria only and ATAR was not a factor (e.g. special consideration pathways) | 17 | 13% |
| International Students | 18 | 13% |
| All students | 134 | 100% |
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