Flinders University Courses

Offered in collaboration with TAFE SA* through Adelaide College of the Arts, this degree offers an intensive studio-based program that covers both creative and academic skills. You will receive rigorous training in the medium of your choice in ceramics, drawing, jewellery, painting, photography, printmaking or sculpture.

Undertake an extensive range of key subjects and a career pathway to practising psychology. Cover fields such as personality; emotion; development; social, cultural and biological influences; and mental health. Access excellent facilities including up to 20 research laboratories, and a unique placement opportunity, and graduate for work in clinical, educational, organisational and academic settings.

Follow your passions in this degree, with the ability to study a stream of electives alongside your core psychology topics. With excellent facilities including up to 20 research laboratories, and unique placement opportunities, you will graduate ready for work in clinical, educational, organisational or academic settings.

Offered in collaboration with TAFE SA* through Adelaide College of the Arts, this degree will equip you with elite professional dance skills and theoretical knowledge. You will cover areas such as dance technique, devised movement practices, dance project realisation, choreography and stage performance, and emerge with all the makings of a successful professional dancer.

This VET pathway is specifically designed for applicants who have completed a qualification such as:

This VET pathway degree is specifically designed for applicants who have completed either the VET Advanced Diploma of Applied Fashion Design and Technology, the Advanced Diploma of Fashion and Textiles Merchandising or the two-year Advanced Diploma of Applied Fashion Design and Merchandising.

Get you the practical skills and knowledge to work across all media-intensive environments with a focus on the creative industries. You will cover topics in digital media and screen production, and focus on an industry area such as 3D media, creative writing, drama, business or visual arts, and graduate with the necessary skills for a career in media.

Equip yourself with the creative, practical, critical and collaborative skills necessary to pursue a career in visual effects and entertainment design. This degree provides you with the professional skills of digital media production and a broad knowledge of screen media. Develop skills in a range of areas suitable to your interests and skills, such as 2D and 3D animation, game art, and entertainment design with CDW Studios.

Prepare to become a professional who can interpret and translate scientific knowledge into practical information to help people improve their health through diet. You will gain knowledge about the nature, management and prevention of diet-related diseases, and the social and psychological factors that influence what people eat.

High-achieving students can undertake a program of study in chemical sciences and materials engineering in only five years with this degree combination. It prepares you with a broad-based foundation in chemistry before continuing to the masters, which provides an understanding of advanced processing and fabrication methods of engineering materials and their characterisation.

Prepare yourself for the jobs of the future and to deliver entrepreneurial solutions in a world disrupted by constant and rapid change. You will receive mentorship from leading entrepreneurs, and work with innovative businesses. You will have the opportunity to learn and apply new approaches to creating value, and enhancing organisational outcomes and impact. A Bachelor of Business (Advanced Leadership and Innovation and Enterprise) is also available to high-achieving students.

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.