Quantum Design Engineer

Design and simulate cutting-edge quantum hardware to improve performance, coherence, and scalability.

Develop high-performance, manufacturable device architectures that accelerate R&D cycles and increase qubit fidelity and yield.

Architect and optimize the layout of nonreciprocal superconducting circuits such as parametric amplifiers, targeting robust performance under cryogenic conditions.

Interpret simulation results and correlate with experimental data to guide iterative design improvements.

Collaborate across teams to ensure rapid design-to-test cycles, connecting theory with experiment.

Automate the design pipeline using Python, enabling parametric device generation, simulation sweeps, and data post-processing.

MSc in Physics, Electrical Engineering, or related field, with 2+ years of industry experience or a PhD with relevant hands-on work

Strong Python skills for automating designs, controlling simulations, and analyzing data

Experience with EM simulation and chip design tools (e.g. Ansys HFSS-Q3D, KLayout); Git and Qiskit-Metal familiarity is a plus

Knowledge of cQED devices and superconducting circuit design is a strong advantage

Experience designing nonreciprocal superconducting circuits (e.g. parametric amplifiers) or advanced readout techniques is highly valued

Solid grasp of microwave engineering, quantum noise sources, and fabrication methods