Join a collaborative hardware R&D team to tackle challenging problems in superconducting qubit systems, designing and executing innovative experiments that influence quantum hardware platform strategy
Develop experimental programs on superconducting qubit devices.
Develop and optimize high-fidelity quantum gates.
Design and test novel control and coupling strategies.
Identify fundamental performance bottlenecks and isolate their physical origin.
Analyze data with scientific rigor to extract insight, not just metrics.
Collaborate across device, fabrication, and control teams to translate ideas into hardware progress.
PhD in Physics, Applied Physics, Electrical Engineering, or a related field.
Extensive hands-on experience with superconducting qubits.
Strong background in gate design, pulse engineering, and decoherence mechanisms.
Demonstrated ability to independently lead complex experimental efforts from concept to validated result.
Intellectual independence, technical courage, and the ability to defend ideas with evidence.
Motivation to compete at the highest technical level in the field.
This position is best suited for someone who wants visible impact, real ownership, and the opportunity to help shape the direction of a quantum hardware platform, not just contribute to a small piece of it.
Rigetti Quantum Computing specializes in full-stack quantum computing, offering cloud-based quantum services to enterprises, governments, and researchers worldwide. What sets us apart is our proprietary quantum-classical infrastructure and the industry’s first multi-chip quantum processor, designed for scalable quantum computing systems, all developed in-house at our dedicated manufacturing facility.
Please mention you found this job on AI Jobs. It helps us get more startups to hire on our site. Thanks and good luck!
Understand the required skills and qualifications, anticipate the questions you may be asked, and study well-prepared answers using our sample responses.
Engineer Q&A's