Electromagnetic designer, circuit quantum electrodynamics – mid-level
Sherbrooke, QCNord Quantique: It provides a faster pathway to fault-tolerant quantum computing.
3+ YOECandidates need a PhD or equivalent industry experience in physics, electrical engineering or a related field, plus 3+ years in circuit quantum electrodynamics and superconducting microwave simulation. Experience with electromagnetic simulation tools and in interdisciplinary R&D teams is required.
Ansys HFSS, COMSOL, PALACE
Microwave pcb designer
Sherbrooke, QCNord Quantique: It provides a faster pathway to fault-tolerant quantum computing.
Candidates need a university degree in electrical engineering or engineering physics and experience with microwave circuit design and high-frequency PCB layout. Hands-on use of VNAs and spectrum analyzers, and knowledge of signal integrity, are also required.
VNA, Spectrum analyzer, Signal generator, ADS, AWR, HFSS
Electromagnetic design tools and infrastructure developer – intermediate level
Sherbrooke, QCNord Quantique: It provides a faster pathway to fault-tolerant quantum computing.
3+ YOECandidates need a PhD or equivalent industry experience in physics, electrical engineering or a related field, plus 3+ years in circuit QED and superconducting microwave simulation. Experience with electromagnetic simulation tools such as Ansys HFSS, COMSOL or PALACE is expected.
Ansys HFSS, COMSOL, PALACE
Team lead, electromagnetic design tools and infrastructure
Sherbrooke, QCNord Quantique: It provides a faster pathway to fault-tolerant quantum computing.
7+ YOECandidates need a PhD or Master's, or equivalent experience, plus 7+ years in computational EM, RF simulation or scientific software. Strong Python skills and experience with EM tools like HFSS, COMSOL or Palace are required, along with team leadership experience.
Ansys HFSS, COMSOL, PALACE, Sonnet, CST, Python