Major overview
This course is one of 13 majors offered in the Bachelor of Advanced Science (Honours) degree.
This course will teach you how to harness the power of mathematics for real-world applications across engineering, computer science, health and other diverse fields.
You will develop a range of mathematical and computational skills, including advanced calculus and linear algebra. You’ll learn modelling and optimisation, network design and analysis, logistics, supply chain networks, transportation networks, computational mathematics, statistics and probability.
This Advanced Science honours course is designed for high-performing students to both deepen and broaden their mathematics skills and experience through research, leadership and entrepreneurship. It also gives you opportunities to undertake and source for-credit internships and immersive work experiences.
You can also undertake a student-led applied project, ranging from original research through to translational (entrepreneurial) science. The project will involve collaboration with industry partners and/or research leaders, to enhance your understanding of applied mathematics.
Upon completing your studies, you’ll have the expertise to improve efficiencies in organisations involved in data analysis, industrial engineering, IT, statistical analysis and supply-chain management; and in other industries where mathematical applications are crucial.
How to study this major
A major is a set of eight or more units you complete as part of a degree, including at least two in your final year. To study this major, you’ll need to apply for one of the degrees listed below.
Career outcomes
Careers
- Logistician
- Statistical analyst
- Data analyst
- Information technologist
- Supply chain manager
- Industrial engineer
Industries
- Engineering
- Health
- Finance
- IT
- Transport
- Logistics and supply-chain networks
- Risk management
- Insurance
- Agriculture
- Government
Professional accreditation and recognition
Graduates may be eligible for membership of the Australian Mathematical Society and the Australian Society for Operations Research.
Why study at Curtin?
World-ranked, global university
Curtin ranks in the top 1% of universities in the world. (Academic Ranking of World Universities 2025)
Advanced Science expertise
This Advanced Science honours course is designed for high-performing students and includes aspects of research, leadership and entrepreneurship.
Industry recognition
Graduates can apply for membership of the Australian Mathematical Society and the Australian Society for Operations Research.
Hear from our students
"I chose to study industrial and applied mathematics because of my aptitude for maths and problem-solving. Coding fascinates me, especially in the context of AI. I really enjoyed my internships at Pawsey Supercomputing and Mineral Resources, where I gained experience in developing AI software for real-world applications. This experience enhanced my practical skills and helped me build invaluable industry connections. I now run my own consulting company, AI Advancements, and am developing an AI product called Edison Collab."
Sean Oldenburger
Bachelor of Advanced Science (Industrial and Applied Mathematics) (Honours)
Major structure
What you’ll learn
In this course, you’ll gain the advanced, industry-relevant mathematics skills that underpin diverse STEM careers and applications – from industrial modelling to supply chains to finance.
You can tailor your degree through electives, to deepen or broaden your expertise.
This course also emphasises transferrable skills – including innovative and analytical thinking, problem-solving and effective communication – that will empower you to take on leadership roles in your career.
How this course will make you industry ready
- This course teaches advanced mathematics and statistics and their real-world applications in engineering, mining and industrial modelling.
- Curtin has strong links with industry and the business world through the Statistics Group and the Western Australian Centre of Excellence in Industrial Optimisation. As a result, the units offered are designed to develop the practical skills needed to address real-world problems.
- A work experience program runs from second year onwards, exposing you to real applications of your mathematical studies, and introducing you to potential employers.
- Through embedded research and industry engagement you'll have the opportunity to investigate multiple areas of specialisation and tailor your final-year experience to prepare for the industry of your choice.
Detailed course structure and unit information
For detailed information and course structure, visit our Handbook.
How to apply
This major is part of a degree. To apply, choose the degree you want to study and review its entry requirements. Then, prepare any required documents and submit your application before the deadline for your chosen intake.
After you receive and accept your offer, you can enrol in this degree either at the start of your degree or later in your studies, depending on your course structure.
Choose your degree
To study this major, you'll need to apply one of the degrees listed below.Explore more
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