Thomas Guillod is a Principal Engineer and power electronics specialist with nine years of experience blending deep academic research (PhD work at ETH Zurich and postdoc at Dartmouth) with hands-on development of high-performance converters and magnetic components. He has led breakthroughs in medium-voltage, high-frequency transformers and materials—contributing to a 99%‑efficient 10 kV SiC isolated DC-DC converter and novel calorimetric characterization techniques for ferrites. Currently at Hyperscale Power, he designs solid-state transformers for datacenters, EVs and wind applications, translating advanced modeling and free-shape optimization methods into scalable hardware. His background spans academia, consulting, and industry, giving him uncommon fluency in both intellectual property and practical design constraints. An active open-source maintainer of science- and power-electronics-focused projects, he combines rigorous measurement-driven research with rapid prototyping to push component-level performance.
9 years of coding experience
7 years of employment as a software developer
Dartmouth College
Doctor of Science, Power Electronics / High Voltage Technology, Doctor of Science, Power Electronics / High Voltage Technology at ETH Zürich
High School Diploma, Physics and applied Mathematics, High School Diploma, Physics and applied Mathematics at Lycée Blaise Cendrars, La Chaux-de-Fonds
Contributions:9 commits, 8 pushes, 1 branch in 1 year 10 months
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