Key Responsibilities
- Design, lay out, and simulate superconducting microwave integrated circuits for quantum processors, with a focus on optimal on-chip signal delivery (routing, filtering, multiplexing, etc…)
- Simulate the full-wave electromagnetic performance of quantum processors (eigenmode & driven analyses) using commercial finite element software, engineering the mode profile of resonant structures and the coupling between these resonant structures and on-chip feedlines to optimize device performance
- Interpret simulation and experimental results to identify and mitigate unexpected loss and crosstalk channels, or other undesirable microwave properties of the circuit
- Collaborate with fabrication and experimental teams to determine different circuit architectures to fabricate and measure
Preferred Qualifications
- PhD in Physics, Applied Physics, Electrical Engineering, or a related field, or the equivalent experience in industry
- Demonstrated experience with microwave engineering, in theory, simulation and practice, including the design and simulation of resonant structures and waveguides
- Experience using commercial electromagnetic solvers (HFSS, COMSOL, CST)
- Formal mathematical skills, specifically linear algebra and numerical methods
- Programming skills in Python for scientific applications, ideally in industry or a highly collaborative environment
- Excellent written and verbal communication skills
- Ability to excel in a collaborative environment
Nice to Have
- Experience with 2D CAD tools for integrated circuit layout and the GDS file format
- Experience with gdspy or similar for automated circuit layout
- Understanding of quantum mechanics, potentially even circuit quantum electrodynamics
- Demonstrated contributions to open source software
- Understanding of semiconductor fabrication processes
- Experience in a technical role within an industry or startup environment
Top Skills
What We Do
Rigetti Computing is building the world’s most powerful computers to help solve humanity’s most pressing and important problems. These systems will perform computations that today’s fastest supercomputers are incapable of — unlocking entirely new classes of problems and offering a direct path to solutions. We believe quantum computing is going to significantly affect health care, how we treat disease, how we generate energy, and how we feed humanity. Our superconducting quantum computing systems are available over the cloud via Rigetti Quantum Cloud Services.
We were founded in 2013 by Chad Rigetti. We are located in Berkeley and Fremont, California, and have employees based all over the world.






