qubitsok.com
Cut Noise. Work Quantum.
Europe, France, Grenoble
•
Posted 214 days ago
🏢 Quobly
Role Type
Role Focus
Seniority
Employer Type
Quobly develops universal quantum processors using semiconductor spin qubits to solve complex problems. This role involves working as a Quantum Measurement Engineer to enable high-fidelity quantum operations on these processors. The position focuses on building, designing, and characterizing quantum processes to ensure optimal performance of the Quantum Processing Units. It's a key role in shaping the company's roadmap within an early-stage team.
Key Responsibilities
Build and perform calibration sequences to bring the quantum device to its operating point.
Design and implement optimal control sequences to enable quantum operations.
Characterize and benchmark the quantum processes to enable high fidelity operations on the QPU.
Required Skills
PhD in Physics, Engineering, or related fields, or equivalent industry experience
Good understanding of semiconductor spin qubits
Experience in developing software (python) to interface with hardware and for data analysis
Good verbal and written communication skills
Nice-to-have Skills
Experience in coherent control, characterization, and benchmarking of spins in solid state systems or other qubit systems
Experience with collaborative software development (version control, code review, etc.) and knowledge of good practices
Familiarity with the use of RF electronics (AWG, MW signal generators, IQ mixers) and measurement techniques
Understanding of CMOS devices, particularly the physics at low temperatures
Experience with cryogenic systems, in particular dilution refrigerators
Technology Tags
The job title is "Quantum measurement engineer", and a key responsibility is to "characterize and benchmark quantum processes".
The role directly involves working with "semiconductor spin qubits" and understanding "FD-SOI technology" and "CMOS devices".
The core hardware focus of the job is on "semiconductor spin qubits" and "spins in solid state systems".
A key responsibility is to "design and implement optimal control sequences" for quantum operations using various technologies.
Familiarity with "RF electronics (AWG, MW signal generators, IQ mixers)" is a direct requirement for hardware interaction.
The role requires experience with "cryogenic systems, in particular dilution refrigerators", indicating work at low temperatures.
A core responsibility is to "characterize and benchmark the quantum processes" to achieve "high fidelity operations".