SerDes Architect & System Modeling Engineer

Kandou Ai; Saint-Sulpice; Vor Ort; CHF 120.000 - 180.000; Vollzeit

Zusammenfassung

Kandou in Lausanne, Switzerland, is seeking a SerDes Architecture and Modeling Engineer to design and model high-performance serial links for AI hardware infrastructure.

You will implement software tools in MATLAB, Python, and C++, collaborate with system architects and cross-functional teams, and contribute to hardware verification and sign-off processes. A strong background in signal processing and circuits theory is essential.

Qualifikationen

• Bachelor in Electronics/Electrical Engineering or CS with signal processing and circuits theory.
• 5+ years in semiconductor, telecommunications, or mathematical software.
• Experience with system-level simulation of digital communication systems.
• Proficient in C++, MATLAB, or Python; familiar with Git and software engineering basics.
• Strong communication and presentation skills.

Aufgaben

• Implement, document, and maintain software for system-level modelling of serial communication links in MATLAB, Python, and C++.
• Work with system architects to budget the link and define block-level specs of the transceiver.
• Collaborate with analog, digital, and verification teams to support design and verification.

Kenntnisse

Control theory

Digital algorithms

Signal-processing

SerDes fundamentals

C++

MATLAB

Python/NumPy

Git

SPICE/SPECTRE

Signal integrity

Ausbildung

Bachelor of Engineering in Electronics and Electrical Engineering, Communication Systems, or Computer Science with strong background in Signal Processing and Circuits Theory

Tools

C++

MATLAB

Python/NumPy

Git

SPICE/SPECTRE

Jobbeschreibung

Kandou in Lausanne, Switzerland, is seeking a SerDes Architecture and Modeling Engineer to design and model high-performance serial links for AI hardware infrastructure.

You will implement software tools in MATLAB, Python, and C++, collaborate with system architects and cross-functional teams, and contribute to hardware verification and sign-off processes. A strong background in signal processing and circuits theory is essential.