Quantum Transducer Automation Scientist

QphoX; Delft; On-site; EUR 70,000 - 100,000; Full time

Benefits offered by this job

Employment stock ownership plan

End-year performance-based bonus

25 days of holidays on a full-time

Opportunities to network and connect

Job summary

QphoX in Delft, South Holland, Netherlands, seeks a Measurement Automation Scientist to advance microwave-to-optics transducers. You will perform optical and microwave measurements, automate measurement pipelines, and manage databases to track device trends, collaborating with fabrication, design and simulation scientists.

The role emphasizes rigorous measurement protocols, data-driven decision making, and contributing to scalable, high-quality quantum devices in a cross-functional team.

Qualifications

• PhD or 4+ years industry experience in electrical engineering, computer science, photonics, optics or related field.
• Proficiency with Python for scientific use and data analysis.
• Experience with automation in optical or positioning setups and database management.

Responsibilities

• Optical and microwave measurements of microwave-to-optics transducers.
• Automating the measurement and analysis process.
• Database construction and management for tracking trends in devices.
• Determining the properties of devices and the impact of R&D developments.
• Feeding back on results and suggesting changes for future devices.
• Working in collaboration with fabrication, design and simulation scientists.

Skills

Python for scientific use

Automation in optical/positioning

Data analysis / database knowledge

Collaborative teamwork

Rigorous, organized working style

Education

PhD or 4+ years industry exp in EE/CS/Photonics/Optics

Tools

Integrated photonics

MEMS

Semiconductor test & measurement

Job description

QphoX in Delft, South Holland, Netherlands, seeks a Measurement Automation Scientist to advance microwave-to-optics transducers. You will perform optical and microwave measurements, automate measurement pipelines, and manage databases to track device trends, collaborating with fabrication, design and simulation scientists.

The role emphasizes rigorous measurement protocols, data-driven decision making, and contributing to scalable, high-quality quantum devices in a cross-functional team.