Thomas Guillod

About Me

I am a power electronics engineer and research scientist. I studied at ETH Zurich, Switzerland (Bachelor, Master, and Ph.D) with a focus on power electronics, medium-voltage systems, and numerical analysis. I am currently doing research on magnetic component and material modeling at Dartmouth College, USA. My research interests include high-frequency magnetic components, high-frequency power magnetic materials, and advanced modeling techniques.

With my engineering and research activities, I am developing several open-source software and libraries for electrical engineering and numerical analysis (Python and MATLAB).

PyPEEC - 3D Quasi-Magnetostatic Solver

PyPEEC is a 3D quasi-magnetostatic PEEC solver developed at Dartmouth College within the Power Management Integration Center (PMIC). PyPEEC is a fast solver (FFT and GPU accelerated) that can simulate a large variety of magnetic components (inductors, transformers, chokes, IPT coils, busbars, etc.). The tool contains a mesher (STL, PNG, and GERBER formats), a solver (static and frequency domain), and advanced plotting capabilities. The code is written in Python and is fully open source!

Important Links

Contact

• guillod@dartmouth.edu
• guillod@otvam.ch

Resume

• Curriculum Vitae [HTML]
• Curriculum Vitae [PDF]

Profiles

• GitHub Profile
• LinkedIn Profile
• Google Scholar Profile

Laboratories

• Dartmouth College / PMIC
• Dartmouth College / Engineering
• ETH Zurich / PES Laboratory
• ETH Zurich / Electrical Engineering

Open-Source Software

Python Packages (actively maintained)

• PyPEEC - 3D Quasi-Magnetostatic Solver
• SciLogger - Logging for Scientific Applications
• SciSave - Serialization for Scientific Data
• SlurmGen - Simple Manager for Slurm Jobs

MATLAB / Science (not actively maintained)

• Toolbox for Handling 2D and 3D FEM Meshes
• Optimized Functions for Fast Linear Interpolation
• Meshing and Interpolation of Triangulated Data
• Toolbox for Multi-Objective Optimization
• Toolbox for Global Fitting/Optimization
• Functions for Generating Parallel Coordinates Plots
• Functions for Simplifying Large Scatter Plots
• Functions for Fourier Series Handling

MATLAB / Power Electronics (not actively maintained)

• Simulation of the Large-Signal Resonances in MnZn Ferrites
• Magnetic Core Losses: Equation-based Baseline Models
• Inductor Modeling and Design with Artificial Neural Networks
• Power Inductors and Transformers: Model and Optimization
• Magnetic Mirroring Method: Field and Inductance
• Litz Wire Homogenization at High Frequencies with FEM
• Litz Wire Losses with FEM and Bessel Functions
• Litz Wire Losses with Custom Twisting
• Impedance Analyzer 4294A: Post-Processing and Accuracy
• Extraction of Resistance/Inductance Matrices

Legacy Code (not maintained)

• Python Code for NI-DAQmx (NI-6215)
• Python Code for Lecroy WaveSurfer 24MXs
• Python Code for FuG Elektronik Power Sources
• Python Code for Extending the YAML Format
• Tutorial for using MATLAB on the ETHZ EULER Cluster
• MATLAB Slicer for Laser Cut Assemblies
• MATLAB Mesher for Simple Bitmap Images
• Wooden Toy Truck using Laser Cut Plates
• La Carte d'Arda: Interactive Lord of the Rings map
• IEEE BibTeX Style with File, DOI, and URL Links