Study Quantum Electronic Engineering in Brisbane: Griffith University’s New Degree for Future Technology
Imagine learning how electronics, communications, and computing can work through quantum-physics principles. Griffith University’s Bachelor of Quantum Electronic Engineering (Honours) combines electrical-engineering foundations with advanced quantum physics for students who want to understand emerging technology in greater depth.[1]
The programme is offered full-time at Brisbane South over four years, with 320 credit points and Trimester 1 or Trimester 2 entry options.[1] Griffith describes it as Queensland’s first undergraduate degree in quantum electronic engineering.[1]
What will you study?
Quantum electronic engineering is not only about quantum computing. In Griffith’s published degree structure, students encounter Engineering Mathematics, Engineering Materials, Engineering Science, Engineering Design Practice, Digital Systems, Electric Circuits, Introduction to Electronics, and Embedded Systems.[1]
As the degree progresses, courses also include Quantum Mechanics, Relativity and Elementary Particles; Electromagnetism and Optics; Quantum Physics; Control Systems; Communication Systems; and an electrical-and-electronic design project.[1] Students therefore build engineering foundations while examining how quantum concepts relate to computing, sensing, and communications.
Laboratory experience and industry connection
Griffith says the degree is underpinned by the Queensland Quantum and Advanced Technologies Research Institute (QUATRI), whose research includes quantum engineering, quantum communications, and sensing.[1] The course page also refers to facilities such as a silicon carbide-on-silicon microfabrication centre and an attosecond laser lab, alongside simulations and laboratory work on real problems.[1]
Students may gain exposure to industry trends through guest lectures, research projects, and placement opportunities described by Griffith.[1] This is not a guarantee of a particular job or placement, but it can help connect academic learning with an evolving technology context.
A study rhythm to consider
Although the total duration is four years, the degree includes compulsory study in Trimester 3.[1] Students starting in Trimester 2 are required to study in Trimester 3 during their first year.[1] For international students on student visas, Griffith notes that enrolment must allow completion within the duration stated on the Confirmation of Enrolment, with a recommended 40-credit-point load in each compulsory trimester.[1]
This means prospective students should view the academic calendar as a whole, not only the two initial entry points. It is also worth checking your readiness for Mathematics and Physics, as both are central to this study pathway.
Fees, English, and application planning
On the international page checked, Griffith listed an Academic IELTS requirement of 6.5, no stated prerequisites, and a 2027 indicative annual fee of A$47,000 for a standard full-time load.[1] The same page says that figure is an estimate and actual fees can vary with course choices and study load.[1]
Because quantum electronic engineering is a highly specialised field, plan your application around three questions: whether your interests fit mathematics, physics, and electronic systems; your English readiness; and the full cost of Australian study beyond tuition fees. RIM Education can help you understand study options, build an application timeline, and review document readiness. Contact RIM Education to discuss your plans.
Important: Intakes, course structure, compulsory trimesters, fees, English-language requirements, facilities, placement opportunities, scholarships, accreditation, and visa conditions can change. Always check Griffith’s official page, the course details for your intended start year, and your letter of offer before making academic or financial commitments.[1]
Sources
[1] Bachelor of Quantum Electronic Engineering (Honours) — Griffith University