Quantum control is at a point where we need a detailed understanding of all aspects of a measurement.
To this end, we are looking to expand our electromagnetic simulation efforts across a range of low-temperature devices and their associated packaging.
The role will use finite-element and lumped-element methods to investigate microwave and rf-regime fields across devices like amplifiers, superconducting devices, qubit chips, and their associated packaging.
What you'll do:
Run electromagnetic simulations on a wide range of devices using finite-element tools like ANSYS, Comsol; and lumped-element simulation using nodal analysis
Design microwave and rf devices such as resonators and diplexers
Work with a team to design complete experiments, including managing chip-level crosstalk, packaging, microwave hygiene, signal integrity, etc
Undertake basic measurements and device characterisation
What we're looking for:
Expertise simulating electromagnetic environments using FEA software packages




Experience with design and analysis in the microwave and rf regime
Degree in physics, electrical engineering, or a closely related field
We work on a range of programs, so some adjacent experience - examples might be low-temperature measurement, quantum physics, CAD, thermal modelling, etc
Job Type: Full-Time
About Us: Emergence Quantum is a company at the forefront of quantum technology, driving innovative solutions in quantum computing, cryogenic electronics and communication.
Competitive salary and performance-based bonuses.
Opportunities for professional development and career growth.
Collaborative and innovative work environment with opportunities for flexibility.
Emergence Quantum is an equal prospect employer.
The role is open to both domestic and international applicants.
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📌 Electromagnetic And Circuit Simulation (Sydney)
🏢 Emergence Quantum
📍 Sydney