Quantum Optimisation Postdoc - Shape Next-Gen Algorithms

University of Melbourne; Parkville; On-site; AUD 87,000 - 118,000; Full time

Benefits offered by this job

17% superannuation

Flexible working environment

Professional development opportunities

Job summary

The University of Melbourne invites applications for a MathQuEST Postdoctoral Researcher in Quantum Optimisation, a fixed-term position linked to the ARC Centre of Excellence. The role offers four years to develop and publish new quantum algorithms for challenging combinatorial optimisation problems.

You will collaborate with MathQuEST researchers and partners, mentor students, contribute to grant proposals, and shape an independent research trajectory within Melbourne's vibrant quantum

Qualifications

• Demonstrated ability to develop, analyse and implement quantum algorithms for discrete optimisation problems.
• Strong record of research in mathematical optimisation or quantum optimisation.
• Ability to communicate complex concepts clearly and publish in leading journals.

Responsibilities

• Advance MathQuEST's research programme on quantum algorithms for combinatorial optimisation.
• Design, analyse and implement novel quantum algorithms, producing high-quality publications.
• Contribute to grant proposals, research reports and other scholarly outputs.
• Co-supervise and mentor postgraduate and junior research staff, fostering a collaborative, inclusive environment.
• Engage with seminars, conferences, outreach and industry partners to disseminate findings and build collaborations.

Skills

Quantum algorithms

Discrete optimisation

Education

PhD in mathematical optimisation or quantum optimisation

Job description

The University of Melbourne invites applications for a MathQuEST Postdoctoral Researcher in Quantum Optimisation, a fixed-term position linked to the ARC Centre of Excellence. The role offers four years to develop and publish new quantum algorithms for challenging combinatorial optimisation problems.

You will collaborate with MathQuEST researchers and partners, mentor students, contribute to grant proposals, and shape an independent research trajectory within Melbourne's vibrant quantum