ROLE: High Speed Signal Integrity Engineer

We are working with a leading international R&D; organisation at the forefront of next-generation ICT hardware systems. Their advanced engineering team focuses on cutting-edge hardware technologies, with particular strength in high-speed interconnects, signal integrity (SI), and system-level performance optimisation.

This is an opportunity to take real ownership of signal integrity across the full design stack — from individual interconnects to complete system channels — while shaping the methodologies, tools, and workflows that enable high-performance, scalable hardware design.

Own end-to-end signal integrity analysis for high-speed channels, from early design through to validation

Develop and maintain engineering tools, scripts, and automated workflows to improve team efficiency and reproducibility

Build reusable electromagnetic modelling methodologies tailored to high-speed applications

Translate SI analysis into clear, actionable design guidelines that influence hardware development decisions





Contribute to and shape the technical roadmap for high-speed interconnects, integrating insights from industry and research

A strong academic foundation in Electrical Engineering, Physics, or a related field , supported by an advanced degree and/or 5+ years of industry experience

Interconnect modelling

Hands‑on experience with simulation tools such as HFSS, ADS, CST, COMSOL, SIwave (or similar), with the ability to assess result accuracy and identify numerical artefacts

A software engineering mindset , with experience building tools or automation pipelines (e.g. Python), beyond ad-hoc scripting

Strong communication skills in English , including technical reporting and cross‑functional collaboration

We also welcome candidates from adjacent domains (EM, RF, packaging, photonics, numerical modelling) who are motivated to specialise in signal integrity.

Experience delivering SI results on real high-speed hardware systems

📌 Works Engineer (Italia)
🏢 Microtech Global
📍 Italia