qubitsok.com
Cut Noise. Work Quantum.
Role Type
Role Focus
Seniority
Employer Type
This role involves working as a Quantum Measurement Engineer within a pioneering quantum computing hardware company. The primary focus is characterizing, benchmarking, and optimizing multi-qubit devices to advance the performance and scalability of next-generation quantum processors. The engineer will collaborate closely with various teams, including theory and design, to push the limits of quantum information processing.
Key Responsibilities
Design, implement, and analyze multi-qubit experiments with spin qubits coupled to microwave resonators.
Benchmark and optimize single- and two-qubit gate fidelities, pushing the limits of device performance.
Collaborate with theorists to implement error-correction protocols and optimize hardware performance.
Develop and refine measurement setups, control software, and data acquisition pipelines with an emphasis on automation, calibration, and reproducibility.
Generate, maintain, and document high-quality datasets to support research and system-level decisions.
Mentor and support junior researchers, fostering technical excellence within the team.
Required Skills
PhD in Quantum Physics, Electrical Engineering, or a closely related field.
Deep understanding of semiconductor spin qubits or superconducting qubits.
Hands-on experience with hybrid circuit QED (cQED) systems, multi-qubit experiments, or quantum measurement setups.
Familiarity with cryogenics/dilution refrigerators and low-temperature experimental techniques.
Proficient in Python and experienced with data acquisition and analysis frameworks.
Strong analytical skills, strategic thinking, and the ability to connect experimental needs with engineering execution.
Excellent English communication skills (written and spoken).
Nice-to-have Skills
Postdoctoral experience or relevant industry experience.
Technology Tags
Deep understanding of semiconductor spin qubits is a required skill for this role.
The job requires a deep understanding of superconducting qubits for device characterization and optimization.
The role specifically requires hands-on experience with hybrid circuit QED (cQED) systems.
Optimizing single- and two-qubit gate fidelities is a core responsibility that relies heavily on Quantum Control Theory.
A primary responsibility is the characterization and benchmarking of multi-qubit devices and gate fidelities.
The role requires familiarity with cryogenics, dilution refrigerators, and low-temperature experimental techniques.
Key responsibility includes collaborating with theorists to implement error-correction protocols.
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