Bachelor of Quantum Electronic Engineering (Honours)

Griffith University

CRICOS Institution Code 00233E

Duration

208 weeks

Delivery

On-campus

Study Load

On-campus (face-to-face)

Intakes

—

Bachelor of Quantum Electronic Engineering (Honours)

Course Overview

About This Course

Be part of the next big leap in science and innovation. Shape the future of technology with Queensland's first undergraduate quantum electronic engineering degree. If you're a high-achieving, curious mind excited by cutting-edge technology, this degree offers an opportunity to turn your passion into a future-focused career.

Highlights of studying the Bachelor of Quantum Electronic Engineering at Griffith

This is the only undergraduate degree of its kind in Queensland, designed for the fast-growing quantum technology industry.
Gain skills to help solve the complex problems facing science, technology and society, including how to use quantum computing to reduce our energy needs.
Blend electrical engineering fundamentals with advanced quantum physics, giving you a unique edge in the tech sector.
Enrich your understanding with close industry collaborations, including Griffith's partnership with PsiQuantum, a global leader in quantum computing.
Get hands-on experience and exposure to industry trends through guest lectures, research projects, and placement opportunities.

Leverage world-leading research

Your degree is underpinned by the exciting research and facilities from Griffith's Queensland Quantum and Advanced Technologies Research Institute (QUATRI). This research hub has been a leader in quantum technologies for over two decades. You'll learn from experts and researchers who are leading projects in quantum engineering, quantum communications, and sensing-pillars of Australia's National Quantum Strategy.

Where You Can Study

Available Locations

Brisbane

Level 8, 333 Ann Street, Brisbane, QLD 4000

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Student Information

Fees & Entry by Student Type

Provider's Published Fee

AUD $9,000 per year

Duration

208 weeks

Intakes

Trimester 1 | Trimester 2

Study Mode

On-campus (face-to-face)

Eligibility

Entry Requirements

General Requirements

Domestic students:

Prerequisites: NIL (no specific prerequisite subjects)
Assumed knowledge: Any General or Applied English subject (Units 3 and 4, C) Mathematical Methods (Units 3 and 4, C)
Assumed knowledge: Any two units of English (Band 3) Mathematics Advanced)
Recent adjusted ATAR/Rank (indicative, varies by campus and year): 90
English language: IELTS (Academic) overall band 6.5 or equivalent, for applicants whose prior study was not in English

International students:

A minimum overall band score of 6.5 on International English Language Testing System (Academic) with no sub-score of less than 6.0
OR an overall score of 79 in the internet-based (iBT) Test of English as a Foreign Language with no sub-score less than 19 (applies to tests taken prior to 21 January 2026)
OR an overall score of 4 in the internet-based (iBT) Test of English as a Foreign Language with a minimum score of 4 in each of the listening, reading, and writing skills, and a minimum score of 3.5 in speaking skills (applies to tests taken on or after 21 January 2026)
OR no score less than 3+ in each skill of the International Second Language Proficiency Rating (conducted by International Second Language Proficiency Rating Language Services only)
OR a minimum overall score of 176 (no score less than 169) on Cambridge C1 Advanced or Cambridge C2 Proficiency
OR an overall score of 58 in the Pearson Test of English (Academic) with no score less than 50 (applies to tests taken prior to 7 August 2025)
OR an overall score of 55 in the Pearson Test of English (Academic) with no score less than 47 (applies to tests taken on or after 7 August 2025)
OR an overall score of 70 in the LanguageCert Academic
OR an overall score of 59 in the Michigan English Test (MET)
CRICOS-registered course - international students must hold a valid student visa

Career & Study Pathways

Where this takes you

Career Opportunities

With quantum technology positioned as a critical industry in Australia's future, graduates of this degree will be in high demand across both research and industry sectors.
You'll be ready to work in roles that don't even exist yet, as well as established roles in electronic engineering.
The quantum industry is predicted to grow to be an estimated $6 billion sector with over 19,000 jobs by 2045.
When you graduate you'll be well-positioned to lead in this evolving field.
You may seek out career opportunities in Australia and internationally in:
electronic engineering
advanced semiconductor and photonics engineering
quantum computing and software development
quantum communications and encryption
precision sensing and imaging technologies
research and development in national labs and private industry
high-tech industries including defence, health, aerospace, and climate modelling.

Quality & Recognition

Accreditation & Migration

Academic Regulator

TEQSA

Professional Body

Engineers Australia (EA)

Accreditation Status

Accredited

Skills Assessor

Engineers Australia

Common Questions

Frequently Asked Questions

How long does the Bachelor of Quantum Electronic Engineering (Honours) take to complete?

The course has a total duration of 208 weeks, as listed in the CRICOS registry.

Does this course include a work component?

Yes, the course includes a work component of 34 hours per week over 12 weeks, totalling 408 hours of work-integrated learning.

What is the estimated total cost of the Bachelor of Quantum Electronic Engineering (Honours) for international students?

The estimated total course cost for international students is AU$184,017, comprising AU$180,000 in tuition fees and AU$4,017 in non-tuition fees.

Where is this course offered?

This course is offered at Griffith University's Nathan Campus, located at 170 Kessels Road, Nathan, Queensland 4111.

Is this course eligible for extended Post-Study Work Rights?

This course may be eligible for extended Post-Study Work Rights if it meets all the required criteria, including being in 'Registered' status, being a Skills Level 1 Qualification (Bachelor), having a duration of 92 weeks or greater, and having its narrow Field of Education aligned with the Skills Level 1 priority list. The narrow field is Electrical and Electronic Engineering and Technology (0313), which should be verified against the current priority list.

Application

How to Apply

Three simple steps to get enrolled

Step 01

Enquire

Click "Enquire Now" and tell us a little about yourself. It's free and takes 2 minutes.

Step 02

Submit Documents

Our team will guide you on exactly which documents to prepare and submit.

Step 03

Get Enrolled

Receive your offer letter and confirm your enrolment. Welcome to the course!

Course Snapshot

Typical Salary (AUD)

Entry-level (0-2 years)$85,000 – $120,000/yr

Early Career (2-5 years)$120,000 – $155,000/yr

Mid-Level (5-10 years)$155,000 – $185,000/yr

Career Paths

Quantum Hardware Engineer
Quantum Software Engineer
Quantum Computing Researcher
Electronics Engineer (Quantum Systems)
Microwave and RF Engineer

Key Skills

Quantum circuit design and qubit control
Nanoelectronics and semiconductor device fabrication
Microwave and high-frequency electronic engineering
Quantum algorithm development and implementation
Quantum error correction and fault-tolerant system design

Full course overview

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