Mathematics (Honours) - Applied Mathematics Adelaide University

Overview

Throughout the Mathematics (Honours) - Applied Mathematics course from Adelaide University you’ll discover the theories, principles and technical skills essential to mathematical sciences. Build deep knowledge of the abstract theories used in statistical modelling and learn fundamental concepts in algebra, calculus and data taming. Gain skills in scientific programming and coding. Develop problem-solving and analytical skills in modelling, optimisation, applied probability and differential equations.  

The Applied Mathematics major allows you to explore the relationship and application of mathematics to areas like information technology, physics, engineering, biology, public health and more. You’ll be prepared for an exciting, dynamic career in a wide range of industries where mathematical expertise is highly sought after.  

Deeply practical, there’s multiple opportunities throughout your studies to sharpen your technical and professional skills. Develop maths-driven solutions for real business problems in our Maths Clinic, undertake a capstone industry project or industry placement. 

Complete a major honours research project on a topic of your choosing and contribute new knowledge to the field. This experience not only provides you with a competitive edge with employers but also lays the foundation for a future research pathway. 

Emerge with the advanced mathematical knowledge, skills and expertise to develop solutions to some of the most complex challenges facing industry and our world. 

Career opportunities:

Graduates of this degree will emerge with the high-level mathematical knowledge and skills necessary for success in a wide range of roles. Highly sought-after for their exceptional problem-solving abilities and advanced technical skills in mathematical modelling and statistical analysis, mathematics graduates regularly progress into careers in finance and banking, business, technology, healthcare, engineering, government policy and research. 

You could work as a data scientist, analysing and interpreting large and complex datasets to help inform business decisions. Maybe you’ll combine your interest in cryptography and programming to design new and innovative methods to keep sensitive data secure in our increasingly digital world. Or perhaps you’ll apply your high-level mathematics knowledge in the aerospace field, undertaking trajectory calculations or simulating flight dynamics. 

Whatever your area of interest, career paths are available in a wide range of areas including: 

• Aerospace and defence 

• Automation and robotics 

• Banking and finance 

• Business operations 

• Cybersecurity 

• Data science analytics 

• Environmental monitoring 

• Healthcare and biostatistics 

• Insurance 

• Predictive analytics 

• Public health 

• Sports analytics 

• Technology and software development.