⚡ I Make Electrons Behave… Most of the Time.
Designing power converters isn’t just about picking parts and hoping for the best. I build custom toolkits in Python and Rust to crunch through thousands of designs, finding what actually works. No vague rules of thumb—just quantitative hardware design with a dash of edge-tech wizardry (yes, Rust included).
🎛️ About Me: A Hardware Engineer Who Loves Code
I’m a **Mechatronics Engineer** with a passion for **power electronics** and **quantitative design**. Instead of guessing which components might work, I build **custom toolkits in Python & Rust** to iterate through **thousands of designs**, ensuring efficiency and performance. Whether it's **EMC filters, power converters, or embedded systems**, I like to push boundaries using **modern technologies like Rust** (because why not?).
🔧 What I Work On
Power electronics isn't just about putting components together—it's about **engineering** the best possible solution. I build **custom simulation & analysis toolkits** to explore **thousands of designs**, ensuring efficiency, performance, and reliability.
⚡ Power Converter Design
Optimizing **DC-DC, AC-DC, and PFC** converters with data-driven analysis.
📡 EMC Compliance
Developing **filters & mitigation strategies** for better **EMI performance**.
📊 Component Selection
Using **Python & Rust toolkits** to find the best **MOSFETs, capacitors, and magnetics**.
💾 Embedded & System Programming
Developing firmware and **embedded systems in Rust** for robust control applications.
🛠️ Simulation & Prototyping
Using **PLECS, LTspice, and custom Rust tools** for fast, accurate simulation.
📉 Quantitative Design
Moving beyond rules of thumb to **analyze and optimize** electronics systematically.