Our Research & Development (R&D) programs have an innovative structure, allowing you to conduct research projects throughout your degree.
This program is designed for students who are want to push the boundaries of computing technology within a dynamic learning environment. We are the only university that offers undergraduate Research and Development programs in Australia.
You will study an accelerated mode of learning, with advanced courses starting from your first semester. You will receive unique opportunities to complete multiple research projects alongside our world-class academics. From the second year, research will form part of your coursework.
The degree is structured so that you can explore the breadth of Computing or choose a deep dive by completing a Major and/or specialisation in your area of interest. The final year reserach project positions you to continue onto a higher research degree or demonstrate your skills for beginning a career in industry.
You can combine a Research and Development program in a Flexible Double Degree.
We offer pathways into Research and Development. If you commence in a Bachelor of Advanced Computing (Honours) and achieve a High Distinction average in your first year, you may be eligible to transfer into a Research and Development degree for second year.
Students completed the Bachelor of Advanced Computing (R&D) (Honours) are required to complete a specialisation from the following list:
- Artificial Intelligence
- Human-Centred and Creative Computing
- Machine Learning
- Systems and Architecture
- Theoretical Computer Science
Research experience
Research skills and experience is embedded into the R&D degree, starting with coursework and short research projects you will develop the skills required to complete a major research project in your final year.
The research topics cover all aspects of computing and are supervised by the world leading academics employed at ANU. Previous Students have completed research in areas including Machine learning, Artificial intelligence, Cyber-security, Computer Architecture, Game design, Theory of Computation and Logic.