SerDes Architecture & Modelling Engineer – R&D Focus

IC Resources; Lausanne; Sur place; CHF 120 000 - 180 000; Plein temps

Résumé du poste

IC Resources in Lausanne, Switzerland seeks a SerDes Architecture and Modelling Engineer to explore next-generation high-speed communication systems. The role focuses on research, developing new architectures and transitioning concepts into practical transceiver designs.

Applicants should have a strong research background in signal processing, communications, control theory or mathematical modelling, with 5+ years in relevant fields. On-site work in Lausanne is required.

Qualifications

• Bachelor's degree or higher in Electrical/Electronic Engineering or related field.
• 5+ years in semiconductor, telecommunications, or scientific software development.
• Experience with high-speed SerDes, clock recovery and signal integrity.
• Strong programming skills in MATLAB, Python or C++.
• System-level modelling of digital communication systems.

Responsabilités

• Research and develop new concepts for high-speed serial communication systems.
• Build system-level models to investigate, compare and optimise new architectures.
• Develop signal processing algorithms and evaluate their impact on link performance.
• Use MATLAB, Python or C++ to model communication systems and test ideas.
• Collaborate with architects and IC designers to translate concepts into practical transceiver architectures.
• Analyse system limitations including signal integrity, noise, power and clock recovery.
• Define link budgets and block-level specifications based on requirements.
• Support analog, digital and verification teams throughout development.

Connaissances

Signal processing

System-level modelling

C++

MATLAB

Python

Algorithm development

Research

High-speed SerDes

Communications

Formation

Bachelor's degree or higher in Electrical Engineering or related field

Outils

SPICE

Spectre

Description du poste

IC Resources in Lausanne, Switzerland seeks a SerDes Architecture and Modelling Engineer to explore next-generation high-speed communication systems. The role focuses on research, developing new architectures and transitioning concepts into practical transceiver designs.

Applicants should have a strong research background in signal processing, communications, control theory or mathematical modelling, with 5+ years in relevant fields. On-site work in Lausanne is required.