FPGA/Electronics Engineer

QuiX Quantum; Netherlands; On-site; EUR 50,000 - 70,000; Full time

Benefits offered by this job

Competitive salary and equity options

Professional development and growth opportunities

Flexible working arrangements

Job summary

QuiX Quantum in the Netherlands is seeking an Electronics Engineer to develop high-performance electronics for quantum computing. You will design and implement FPGA-based systems and work on analog and digital circuits.

The ideal candidate has 2+ years of experience in FPGA development and a strong background in circuit design. This role offers a collaborative environment and opportunities for professional growth.

Qualifications

• 2+ years of hands-on FPGA development experience using Vivado.
• Strong background in analog and digital circuit design.
• Experience with high-speed data interfaces and protocols.

Responsibilities

• Develop and implement FPGA-based designs using Xilinx Vivado.
• Design, simulate, and debug low-latency analog and digital circuits.
• Collaborate across disciplines to integrate electronic systems.

Skills

FPGA development

Low-latency systems

Signal integrity

Power integrity

Communication skills

Analytical skills

Education

Degree (BSc, MSc, or PhD) in Electrical Engineering

Tools

Xilinx Vivado

GTY transceivers

C/C++ programming

Python

Job description

Electronics Engineer – Quantum Computing Hardware

Company: Quix Quantum
Location: Netherlands
Employment Type: Full-Time

We are seeking a talented and driven Electronics Engineer to contribute to the development of high-performance electronics for quantum computing applications.

In this role, you will design and implement FPGA-based systems, develop low-latency analog and digital circuits, and work with high-speed data interfaces that support our cutting‑edge quantum processors.

You will collaborate closely with physicists and software engineers to ensure seamless integration between control electronics and quantum hardware.

Key Responsibilities

• Develop and implement FPGA-based designs using Xilinx Vivado, targeting Zynq and RFSoC architectures

• Design, simulate, and debug low-latency analog and digital circuits for ASIC and control system applications

• Develop and optimize high-speed data interfaces and protocols, including GTY transceivers

• Ensure signal integrity (SI) and power integrity (PI) in high-performance circuit designs

• Perform board bring-up, validation, and hardware debugging

• Utilize simulation, timing analysis, and debugging tools to optimize performance and reliability

• Contribute expertise in mixed-signal and RF environments as required

• Collaborate across disciplines to integrate electronic systems into quantum computing platforms

• Document designs and maintain high engineering standards

Qualifications & Skills

Required

• 2+ years of hands‑on FPGA development experience using Vivado

• Experience with Zynq or RFSoC FPGA architectures

• Strong background in analog and digital circuit design, particularly for low‑latency systems

• Experience with high‑speed data interfaces and protocols (e.g., GTY transceivers)

• Solid understanding of signal integrity and power integrity principles

• Strong analytical and problem‑solving skills

• High attention to detail and engineering rigor

• Excellent communication and teamwork skills

• Degree (BSc, MSc, or PhD) in Electrical Engineering or a related field

Preferred

• Experience in mixed‑signal design environments

• Familiarity with RF design principles and testing methodologies

• Embedded programming experience in C/C++ for Zynq platforms

• Python experience for automation, testing, or data analysis

• Experience with lab equipment such as high‑bandwidth oscilloscopes, spectrum analyzers, and VNAs

What We Offer

• The opportunity to work at the forefront of quantum computing technology

• A collaborative, science‑driven environment

• Competitive salary and equity options

• Professional development and growth opportunities

• Flexible working arrangements

Why Join Quixquantum?

This is an opportunity to work on hardware that directly enables the future of quantum computing. You will help design the electronic backbone of systems that solve problems beyond the reach of classical computers.

If you are passionate about high-performance electronics and excited by the challenge of building quantum technologies, we would love to hear from you.