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 growth opportunities.
Team-oriented 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