Quantum Measurement Engineer
Groove Quantum
Delft, South Holland, Netherlands
Hybrid
Expert
Starts as soon as possible
posted 1 day ago
Vacancy Summary
Join Groove Quantum in developing the future of scalable quantum computing through advanced qubit measurements. You'll play a crucial role in building a robust measurement pipeline for high-throughput characterization across thousands of qubits.
Required skills
PYTHON
Systems Engineering
Electronics
Generators
control strategies
Ownership
Growth
Initiative
Optimization
Feedback
Communication Skills
Bootstrap (Framework)
Design
Experimental Research
Data Analysis
Hardware
English
(D)MJOP
Analog
Education
Technology
Flexibility
Partnerships
Network
Performance Metrics
Measurements
Cryogenic Systems
Performance Analysis
QPU
Digital
Reports
Analyzing
Research and Development (R&D)
JOIN
Characterization
MOST
Move
FACT
DOTS
Quantum Computation
English level
Fluent
Be part of the development of the scalable quantum computer of the future by performing state-of-the-art qubit measurements. Groove Quantum is building a scalable quantum computer based on semiconductor germanium quantum dots. By integrating our leading semiconductor quantum processors into full-stack, operational quantum computers, we deliver both the hardware and software required to move quantum computing beyond the lab. As a Quantum Measurement Engineer, your main mission will be to play a key role in building a robust measurement pipeline that enables automated, high-throughput characterization of quantum-relevant metrics across thousands of qubits. You will design, develop, and implement quantum control and automation strategies while analyzing large datasets to feed insights directly into systems engineering decisions.
The Role
- Processor measurement & tune-up: Work directly with state-of-the-art semiconductor quantum processors, designing and implementing control strategies to automate QPU tune-up and characterization.
- High-throughput measurement framework: Set up and optimize the measurement framework required to enable automated, high-volume characterization of quantum-relevant metrics.
- Performance analysis & correlation: Implement an analysis framework to track device performance and correlate design/fabrication parameters directly with measured quantum outcomes.
- Data-driven system feedback: Analyze large datasets of qubit performance metrics to feed actionable insights into system design, optimization, and operation.
- Cross-functional R&D collaboration: Work closely with theorists, software engineers, and fabrication engineers to accelerate R&D efforts and advance technology.
About Groove Quantum
Groove Quantum
Website
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