Flinders University Courses

Gain a foundation in the principles and techniques of modern mathematics and learn how to apply these skills to solve today’s problems. The degree is designed to produce industry-focused graduates who are in demand in a range of careers that use mathematics.

Link user needs to technology and commercial reality with a Bachelor of Design and Technology Innovation. Developing a new product or service requires you to identify a problem and create a commercial solution. The degree prepares you to do this by developing a sound understanding of three areas: design; innovation management; and science, technology and engineering.

Gain a solid foundation in physics and cutting-edge materials. The degree prepares you to understand physics and materials at a deeper level, apply scientific principles in a materials context, appreciate experiment design and execution, and use scientific instruments commonly used in physics and materials.

Equip yourself to be part of the exciting world of nanotechnology. The degree provides you with a background in physics, chemistry and biology, complemented by insights into business, enterprise management, commerce, and legal issues such as intellectual property – all vital components for scientists working in business and industry.

Get the latest learning in robotics technologies, preparing you to become a key player in developing the robots that will populate our future. The degree combines electronics, computer control, signal processing and programming in the design, development and application of robots, and their integration with other systems in the work environment.

Embark on a first-year engineering degree without choosing the engineering specialisation you wish to pursue with the Bachelor of Engineering (Honours) – Flexible Entry. At the end of your first year you can transition to a named engineering degree of your choice without having to study the standard four-year course.

Gain a solid foundation in physics and cutting-edge materials. The degree prepares you to understand physics and materials at a deeper level, apply scientific principles in a materials context, appreciate experiment design and execution, and use scientific instruments commonly used in physics and materials.