UndergraduateEngineering

Bachelor of Quantum Electronic Engineering (Honours)

Griffith University, Brisbane/Gold Coast, QLD, Australia

About this program

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 specialised 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. One-of-a-kind facilities and labs Work in highly regarded facilities like Australia's only silicon carbide-on-silicon microfabrication centre and the country's premier attosecond laser lab. You'll get to work on real problems using advanced tools, simulations and labs, preparing you to work with emerging technologies that could transform industries.

Cost & duration

Duration4 yr
Tuition (international)A$45,000
Application feeA$100

English test scores

IELTS6.5 overall
PTE58 overall

Verified griffith.edu.au

Course structure

6 terms of coursework

  • Year 1: Engineering Mathematics 1, Engineering Materials, Engineering Science, Engineering Design Practice, Engineering Mathematics 2, Digital Systems, Physics 1B, Electric Circuits
  • Year 2: Calculus II, Introduction to Electronics, Quantum Mechanics, Relativity and Elementary Particles, Engineering C, Embedded Systems, Electromagnetism and Optics, Signals and Systems, Modern Physics Laboratory
  • Year 3: Project Management Principles, Control Systems, Quantum Physics III, Electrical and Electronic Design Project, Physics Laboratory III, Condensed Matter Physics, Electromagnetic Waves and Propagation
  • Year 6: Communication Systems, IAP
  • Year 7: Discrete Time Signal Processing, Advanced Communications Systems, Advanced Computer Systems
  • Plus 2 elective/flexible courses chosen from an approved list to complete the 320 credit-point program

Career & PR pathway

Occupations this degree typically leads to, and their skilled-migration list status

Civil EngineerANZSCO 233211

Primary outcomeMLTSSLCSOL

On both MLTSSL and CSOL, supporting 189/190/491 and the employer-sponsored 482/186. A degree accredited by Engineers Australia makes the skills assessment close to a formality; a non-accredited degree instead needs a Competency Demonstration Report.

Assessed by Engineers Australia

Mechanical EngineerANZSCO 233512

Primary outcomeMLTSSLCSOL

On both MLTSSL and CSOL, supporting 189/190/491 and the employer-sponsored 482/186.

Assessed by Engineers Australia

Electrical EngineerANZSCO 233311

MLTSSLCSOL

On both MLTSSL and CSOL, supporting 189/190/491 and the employer-sponsored 482/186.

Assessed by Engineers Australia

Electronics EngineerANZSCO 233411

MLTSSLCSOL

On MLTSSL, supporting the 189, 190, and 491, via Engineers Australia assessment. Also on CSOL, additionally supporting the employer-sponsored 482 and 186.

Assessed by Engineers Australia

Chemical EngineerANZSCO 233111

MLTSSLCSOL

On both MLTSSL and CSOL, supporting 189/190/491 and the employer-sponsored 482/186.

Assessed by Engineers Australia

Structural EngineerANZSCO 233214

MLTSSLCSOL

On MLTSSL, supporting the 189, 190, and 491, via Engineers Australia assessment. Also on CSOL, additionally supporting the employer-sponsored 482 and 186.

Assessed by Engineers Australia

Environmental EngineerANZSCO 233915

MLTSSLCSOL

On both MLTSSL and CSOL, supporting 189/190/491 and the employer-sponsored 482/186.

Assessed by Engineers Australia

Mining Engineer (excluding Petroleum)ANZSCO 233611

MLTSSLCSOL

On MLTSSL, supporting the 189, 190, and 491, via Engineers Australia assessment. Also on CSOL, additionally supporting the employer-sponsored 482 and 186.

Assessed by Engineers Australia

Biomedical EngineerANZSCO 233913

MLTSSLCSOL

On MLTSSL, supporting the 189, 190, and 491, via Engineers Australia assessment. Also on CSOL, additionally supporting the employer-sponsored 482 and 186.

Assessed by Engineers Australia

Agricultural EngineerANZSCO 233912

MLTSSLCSOL

On MLTSSL and CSOL, supporting the points-tested 189, 190, and 491 as well as the employer-sponsored 482 and 186, via an Engineers Australia skills assessment.

Assessed by Engineers Australia

List membership changes over time and does not guarantee an invitation. See the skilled occupation lists guide and the points calculator before relying on this for a visa decision.

Admissions

Completion of an Australian Year 12 (Senior Secondary) certificate or equivalent international qualification. Assumed background knowledge: Any General or Applied English subject (Units 3 and 4, C) Mathematical Methods (Units 3 and 4, C); Any two units of English (Band 3) Mathematics Advanced).

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