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Undergraduate

Industrial and Applied Mathematics (Advanced Science)

Industrial and Applied Mathematics Major (BAdvSci) (Honours) - BAdvSci(Hons) (Industrial and Applied Mathematics) - MJRH-ADIAM Science and Engineering
Indicative ATAR 95 Indicative TER (ATAR) - This figure provides an indication of the TER (ATAR) normally required to enter this course. It is provided as a guide only.
Location Bentley
Study method Full-time or part-time
Study mode On-campus
Intake February or July
Duration 4 years full time

Course overview

Today, mathematics is used in most fields, including technology, natural science, engineering, medicine, finance and the social sciences such as sociology and psychology. This Industrial and Applied Mathematics Major is designed to provide students with the skills in mathematics, engineering and computing and to apply them to problems arising in business, industry and government.

This major is part of the Bachelor of Advanced Science (Honours), a course designed for high performing students to pursue their interest in Science through a core of research, leadership and entrepreneurship. It provides a flexible and personalised approach to studying Industrial and Applied Mathematics with students able to explore the field through for-credit immersive research experiences, industry placement and/or interdisciplinary team-based projects. The major culminates in a capstone experience in which students will have the opportunity to pursue Mathematics projects that may be based anywhere from pure research right through to translational (entrepreneurial) science.

Mathematics is the study of concepts such as quantity, structure, space and change and to use these concepts to model and describe the behaviour of real world complex systems. It has been described as the science of patterns, whether found in numbers, space, science, engineering, computers, imaginary abstractions or elsewhere. Through abstraction and logical reasoning, mathematics evolved from counting, calculation, measurement and the systemic study of the shapes and motions of physical objects.

The major includes units in advanced calculus and linear algebra that provide foundation knowledge as well as units in modelling and optimisation, network design and analysis, logistics, supply chain networks, transportation networks, computational mathematics, statistics and probability. Industry-based units and a work experience program will help students to experience real applications.

Graduates are well equipped with the tools to address the key problems that need to be solved to improve the efficiency and productivity of business and industry.

Entry requirements

Entry requirements for Australian and New Zealand students

Indicative TER (ATAR) Indicative TER (ATAR) - This figure provides an indication of the TER (ATAR) normally required to enter this course. It is provided as a guide only.

95

STAT entry STAT entry - The Special Tertiary Admissions Test (STAT) assesses competencies considered important for success at uni. These tests are provided by the Tertiary Institutions Service Centre (TISC) to help mature age candidates apply for certain courses.

STAT is not accepted for this course

Please see our correlation comparability for previous TEE subjects, WACE courses and WACE ATAR courses.

Mature age entry

Discover other ways you can qualify

Essential WACE courses

  • Mathematics Methods ATAR and Mathematics Specialist ATAR

Other requirements

This course is designed for high performing science students. As such students are expected to maintain a minimum academic standard. If that standard is not reached students will be recommended to transition to the Bachelor of Science (Industrial and Applied Mathematics).

Fees

Fees for Australian and New Zealand students

Unfortunately fee information is not available for this course at this time. Please check out our Fee Calculator for an estimation of course fees.

The requirements of this course may attract additional costs. For more information visit other fees and charges.

Professional recognition

Graduates of this course may be eligible for membership in the Statistical Society of Australia (SSAI) and/or Australian Mathematical Society (Aust MS).

Credit for previous study

Applications for recognition of prior learning (RPL) are assessed on an individual basis. Try our RPL search to find out what credit you might be eligible for.


Learn about Credit for Recognised Learning (CRL).

Why Industrial and Applied Mathematics (Advanced Science)?

The majors in Curtin’s Advanced Science (Honours) are unique in Western Australia in their combination of discipline focus, capacity to specialise within that discipline or pursue other interests, and research and work experience within the course. You will have a distinctive set of skills and experience that lay the foundation for a career as a scientist able to work across the range of ‘science’ jobs: from pure research to translational and entrepreneurial science.

The Department of Mathematics & Statistics at Curtin University has a strong reputation in Australia in the areas of Applied, Computational and Industrial Mathematics. Various international university rankings published in 2015 show that the Department outperforms the mathematics & statistics departments at all other Western Australian universities. Curtin is one of only three universities in Australia with above world-standard expertise in both applied mathematics and computational mathematics, as confirmed in the ERA 2015 results. Our leading position in industrial, applied and financial mathematics is also supported by the Department’s collaborative links with WA companies and government organisations such as DSTO, Woodside, Linkforce Engineering, and Sateva.

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 of this close interaction, 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 students to real applications of their mathematical studies, and introducing them to potential employers.

Through embedded research and industry engagement you will have the opportunity to investigate multiple areas of specialisation and tailor you final year experience that prepares you for the industry of your choice.