Quantum RF Test Infrastructure Engineer

Graduate; Netherlands; Hybrid; EUR 70,000 - 100,000; Full time

Benefits offered by this job

Competitive salary

8% holiday allowance

Hybrid setup

L&D budget

Team events

Diversity & Inclusion

Job summary

QuantWare seeks an RF Test Infrastructure Engineer to bridge R&D and high-density hardware validation. You will design, build, and commission room-temperature and cryogenic measurement systems, and run RF/DC test campaigns for VIO devices, ensuring performance aligns with specifications.

You’ll collaborate with an interdisciplinary team, own end-to-end validation, and push for scalable test standards and repeatability in a fast-moving lab environment.

Qualifications

• Master's degree in electrical engineering, applied physics, or related field.
• 3+ years in test, validation, or characterization of deep-tech hardware.
• Hands-on RF and/or DC measurement with VNAs and SMUs.
• Experience with high-density interconnects, switching matrices, and RF link budgets.
• Proficiency in Python for data analysis and experiment control.

Responsibilities

• Plan and execute RF and DC test campaigns for QPU devices and test vehicles.
• Build, operate, and scale room-temperature and cryogenic measurement setups.
• Diagnose test failures and feed findings into device and process improvements.
• Document setups and track parameters across R&D cycles.
• Collaborate with cross-functional R&D teams to align test efforts with development priorities.
• Own validation end-to-end from setup to reporting.

Skills

RF measurement techniques

DC measurement & test methods

Python for data analysis

High-density interconnects & switching

VNA & SMU instrumentation

Education

Master's degree in electrical engineering, applied physics or related field

Tools

VNAs

SMUs

Job description

QuantWare seeks an RF Test Infrastructure Engineer to bridge R&D and high-density hardware validation. You will design, build, and commission room-temperature and cryogenic measurement systems, and run RF/DC test campaigns for VIO devices, ensuring performance aligns with specifications.

You’ll collaborate with an interdisciplinary team, own end-to-end validation, and push for scalable test standards and repeatability in a fast-moving lab environment.