RF Electronics Engineer for Quantum Networking & Cryo

QphoX; Delft; On-site; EUR 60,000 - 90,000; Full time

Benefits offered by this job

Employment stock ownership plan

End-year performance-based bonus

25 days of holidays

Job summary

QphoX is seeking an RF Electronics Engineer in Delft, Netherlands to join a team developing scalable quantum computing technology. You will design and realise hardware for RF delivery and detection across room temperature and cryogenic environments, collaborating with scientists and engineers on interconnects and control/readout for quantum processors.

The role emphasizes conceptualization and practical implementation of RF circuits, with opportunities to work with industry-standard tools and

Qualifications

• 2+ years of industry or applied research in RF design, systems or test & measurement.
• Proven track record in conceptualization and design of high-frequency electronic circuits and interconnects.
• Experience using EM solvers and lab equipment for microwave devices.

Responsibilities

• Simulation, design and measurement of ICs, PCBs and interconnects for RF signals in SHF band.
• Develop circuitry for impedance matching of electro-optic and opto-electronic converters.
• Analyse, summarise, and present results through reports and technical discussions.
• Collaborate with a multidisciplinary team of scientists and engineers.

Skills

RF circuit design

RF systems engineering

RF test & measurement

High-frequency circuits

Interconnects design

Education

Master's degree in electrical engineering, physics or related

Tools

Ansys HFSS

Cadence AWR

SONNET

COMSOL

Altium

Job description

QphoX is seeking an RF Electronics Engineer in Delft, Netherlands to join a team developing scalable quantum computing technology. You will design and realise hardware for RF delivery and detection across room temperature and cryogenic environments, collaborating with scientists and engineers on interconnects and control/readout for quantum processors.

The role emphasizes conceptualization and practical implementation of RF circuits, with opportunities to work with industry-standard tools and