Quantum Electronics Engineer – RF & PCB Specialist

Steneg; United Kingdom; Remote; GBP 65,000 - 95,000; Full time

Job summary

Steneg is seeking an Electronics Engineer in Cambridge to design, develop, and validate high‑performance analogue and mixed‑signal electronics for quantum networking systems.

You will translate demanding technical requirements into robust circuit and PCB designs, from initial calculations and simulations through prototype manufacture, laboratory testing, debugging, and integration into wider hardware platforms.

Qualifications

• Degree-level qualification in electronics, physics, or a closely related discipline.
• Industry experience or a PhD involving analogue electronic design.
• Experience designing PCBs, including design for manufacture and reliability considerations.
• Experience using electronic and/or electromagnetic simulation tools.
• Hands-on laboratory experience using oscilloscopes, spectrum analyzers, and comparable electronic test equipment.
• Excellent written and verbal communication skills.
• Strong ability to collaborate within multidisciplinary teams while working toward demanding technical specifications.

Responsibilities

• Design, develop, and validate high-performance analogue and mixed-signal electronics for quantum networking systems.
• Translate technical requirements into robust circuit and PCB designs through simulations and prototype manufacture.
• Coordinate prototype manufacture, testing, and iterative improvements.
• Support integration with optical, mechanical, FPGA, software, and other subsystems.

Skills

Analogue electronics

PCB design

RF design

Lab testing

Simulation tools

Communication

Team collaboration

Education

Degree in electronics or physics

PhD involving analogue design

Tools

Altium Designer

LTSpice

Keysight ADS

Job description

Steneg is seeking an Electronics Engineer in Cambridge to design, develop, and validate high‑performance analogue and mixed‑signal electronics for quantum networking systems.

You will translate demanding technical requirements into robust circuit and PCB designs, from initial calculations and simulations through prototype manufacture, laboratory testing, debugging, and integration into wider hardware platforms.