Quantum Engineer II

TL;DR

Quantum Engineer II (Quantum Computing): Contribute to the design, implementation, and testing of superconducting quantum systems for dual-rail cavity qubit architecture with an accent on quantum control, calibration techniques, and error correction research. Focus on developing large-scale qubit architectures, device testing, production QPUs, and pathfinding fault-tolerant quantum computing systems.

Location: New Haven, CT (onsite)

Salary: 86,800 – 130,300 USD (New Haven)

Company

Leader in the development and delivery of quantum computing systems, software, and services; the world’s first commercial supplier of quantum computers building both annealing and gate-model systems.

What you will do

• Design and implement large-scale superconducting qubit architectures
• Develop new devices and perform component testing for advanced hardware
• Deliver and maintain production QPUs to maximize uptime for users
• Research quantum control and calibration techniques for dual-rail cavity qubits
• Drive quantum error correction research for near-term and fault-tolerant systems

Requirements

• Ph.D. in quantum computing or related experimental field, or Master's plus equivalent experience in quantum technology
• Strong background in device design theory/physics, E&M quantum modeling, materials loss analysis, cryogenics/wiring, quantum control, or measurement
• Proficiency in scientific programming and data analysis (Python, Rust, Julia, MATLAB, C, C++ or similar)
• Ability to design and execute projects independently or in teams
• Demonstrated initiative, self-motivation, and strong scientific communication skills
• Strong teamwork in interdisciplinary physics and engineering teams

Culture & Benefits

• Company ownership, competitive pay, equity, bonus, and comprehensive benefits
• Commitment to ambitious goals, straight talk, empathy, and accountability
• Diverse team with domain experts and graduates; focus on innovation and career growth
• Equal employment opportunity regardless of protected characteristics