⚡ Analog EDA specialist · 🧠 Neuromorphic Computing Researcher · 🛠️ Open-source Silicon Advocate
I build tools for people who design circuits but don't have a quarter-million-dollar Cadence license. I also think about how to make hardware that learns, mostly involving spin dynamics and stochastic networks.
💥 One-For-All (OFA) 👊 — A parametric layout editor for analog IC design, built as a VSCode extension. OFA eliminates the schematic-layout divide by letting you think about physical design without pushing raw polygons. 🏗️
Neuromorphic computing 🧬 · spintronic Ising machines 🌀 · physical learning systems 🔥 · real-time recurrent learning 🔁 · stochastic dynamics 🎲 · and the question of whether you can make silicon think without brute-forcing it with matrix multiplies.
Open-source EDA tooling, analog layout automation, and the general problem of making chip design accessible to people who weren't born into the right lab. 🔓
📐 BSc Mathematics — The Open University
🤖 MSc Robotics & Embedded AI — Maynooth University
📜 Thesis: Thermal Physical Learning in Sparse Networks
Currently contracting at GDSFactory, building open-source photonic and electronic design tools. 🌊
Neuromorphic computing, spintronic devices, physical learning, analog compute — if you've got a position and don't mind someone without the traditional pedigree, I'm your guy. Hit me up. 👇
🏴☠️ Boldly going forward (because we can't find reverse). 🦜