Central Hardware Engineering Institute (CHEI) at Huawei Milan Research Center focuses on advanced hardware technologies for next-generation ICT systems, with strong emphasis on high-speed interconnects, signal integrity (SI), and system-level performance optimization. The team develops both engineering solutions and internal methodologies/tools to enable robust, scalable hardware design. Role Overview
You will own signal integrity across the full design stack, from PCB and package to system-level interconnects, while building the reusable workflows and tooling that raise the team's efficiency on every project that follows.
Responsibilities
Own end-to-end signal integrity analysis for high-speed channels, from early-stage design to final validation.
Drive optimization of PCB, package, and interconnect performance under real-world operating conditions.
Develop and maintain engineering tools, scripts, and workflow automation that improve team efficiency and reproducibility.
Build reusable electromagnetic modeling methodologies tailored to high-speed applications,



creating lasting intellectual assets for the team.
Translate SI analysis results into actionable design guidelines that directly support hardware development decisions.
Shape the team's technical roadmap on high-speed interconnect directions, bringing in technical insights from both industry practice and academic research.
What We're Looking For
A solid theoretical foundation in Electrical Engineering, Physics, or a related STEM field, demonstrated through an advanced degree and/or 5+ years of hands‐on industrial experience.
Familiarity with SI fundamentals: interconnect modeling, EM theory, and channel‐level metrics such as eye diagrams, crosstalk, BER indicators, and TDR.
Hands‐on experience with EM, SI, or multiphysics simulation tools (e.g., HFSS, ADS, CST, COMSOL, SIwave), with the ability to critically assess simulation quality and the physical intuition to validate results and spot numerical artifacts.

📌 High-Speed Signal Integrity Engineer (Vimodrone)
🏢 Altro
📍 Vimodrone