Job Overview

Master Thesis Opportunity: PDN Extraction and Modeling for VRM Applications. This thesis focuses on developing a complete workflow for Power Delivery Network (PDN) extraction and modeling in Voltage Regulator Module (VRM) applications. The goal is to connect PCB layout‑based electromagnetic extraction with system‑level simulation to improve power integrity analysis and reduce design iterations.

The student will work with tools such as SIMPLIS, ANSYS Q3D, Cadence Sigrity, and MATLAB/Python to extract PDN models from PCB layouts, convert them into simulation‑ready formats, integrate them with VRM models, and validate the results against lab measurements.

Expected outcomes include a validated modeling methodology, integrated simulation models, and practical design guidelines for improved PDN/VRM co‑design.





This project is suitable for students interested in power electronics, power integrity, PCB modeling, electromagnetic simulation, and system‑level power delivery design.

Responsibilities

The student will develop and implement the PDN extraction and modeling workflow, coordinate the extraction of electrodynamic data from PCB layouts, transform this data into simulation‑ready formats, integrate the resulting models with VRM system‑level simulations, and validate the integrated models against laboratory measurements.

Qualifications

This project is suitable for students interested in power electronics, power integrity, PCB modeling, electromagnetic simulation, and system‑level power delivery design.

📌 INTERN (Turbigo)
🏢 Onsemi
📍 Turbigo