4 years Full time or 8 years Part time
Shape the future of technology with Queensland’s first undergraduate degree in quantum and electronic engineering. This unique degree combines the fundamentals of electronic engineering with advanced quantum physics, preparing you to solve complex real-world challenges and contribute to the fast-growing quantum technology sector. You’ll gain a solid foundation in electrical engineering while developing specialised skills in quantum computing, quantum communications and sensing. Supported by Griffith’s Queensland Quantum and Advanced Technologies Research Institute (QUATRI), the degree is informed by over two decades of research leadership and industry engagement. Through projects, guest lectures, and industry placements, you’ll gain hands-on experience using cutting-edge tools and labs. Partnerships with leading organisations, including global quantum computing company PsiQuantum, offer access to emerging technologies and valuable career pathways. You’ll also train in world-class facilities, such as Australia’s only silicon carbide-on-silicon microfabrication centre and the nation’s premier attosecond laser lab. For more course information, visit Bachelor of Quantum Electronic Engineering.
Griffith University
This is an indicative only amount for first year fees. For further information refer to griffith.edu.au/fees-charges
Applicants must meet the minimum age requirements for admission, see the QTAC website for details.
Griffith Guaranteed Admission Schemes do not apply to this program.
Any General or Applied English subject (Units 3 and 4, C); Mathematical Methods (Units 3 and 4, C).
For more information about the ATAR/Selection Rank profile, please visit ATAR/Selection Rank profile explained.
As this is a new course, Semester 1, 2025 information is not available.
Excluding: The lowest ATAR/Selection Rank to which an offer was made, excluding adjustment factors.
Including: The lowest ATAR/Selection Rank to which an offer was made including any adjustment factors that may have been applied.
For more information about the Student profile, please visit Student profile explained.
As this is a new course, Semester 1, 2025 information is not available.
Quantum engineering, electronics, photonics, advanced computing and other high-impact technology fields.
