Open positions
Be part of our quantum computing research group, led by Scientia Professor Andrea Morello at 麻豆社madou. We are excited to announce an opportunity to work on groundbreaking project:
We are looking for a candidate with a strong background in theoretical quantum information processing, quantum error correction, and application to practical quantum devices.
Details:
馃搷听Location:聽Kensington 鈥 Sydney, Australia
馃捈听Employment Type:聽Full-time, Fixed-term contract (3 years, with possibility of extension)
馃挵听Salary:
- Research Associate - Level A: AUD $117,877 to $121,838 per annum + 17% superannuation
- Senior Research Associate - Level B: AUD $127,947 to $150,830 per annum + 17% superannuation
馃搮听Applications close at 11:55pm (Sydney time) on Tuesday, 23 September 2025.
馃敆 Visit the聽聽for detailed position descriptions and to apply.
Shape the future of quantum technology with us!
Research projects on offer
Integrating nuclear spins with quantum dots in silicon in collaboration with our industry partner Diraq
Scientia Professor Andrea Morello聽
This project is part of the ARC Training Centre Future Leaders in Quantum Computing Program (FLiQC).
The project seeks to develop a quantum computer device where the nuclear spin of a donor atom in silicon is integrated with a gate-defined quantum dot. This type of device will represent the unit cell of a scalable quantum processor, which combines the exceptional coherence and gate fidelity of nuclear spins with the addressability and manufacturability of semiconductor quantum dots.
The ultimate objective is to build a fault-tolerant, error-corrected silicon quantum computer with local logical encoding in the nuclear spin of donor atoms, and electrons in quantum dots providing medium-range interactions between logical qubits. The project will be conducted in partnership with Diraq Pty. Ltd., which is developing scalable quantum dot devices in silicon.
For more information, contact the project supervisor:聽Scientia Professor Andrea Morello
This project would suit:聽This project is ideal for candidates with a strong background and interest in quantum engineering and quantum physics.
