Physicist. Embedded Engineer.
Builder.

I design and build systems from the hardware up — bare-metal microcontrollers to embedded Linux to HPC clusters.

Currently at Pierce Manufacturing designing telematics for firetrucks. Before that: Ph.D. physics, university teaching, and research in Casimir effects and viral self-assembly.

More About Me ⇩

What I Do

Embedded Systems

Bare-metal RTOS, embedded Linux, CAN bus, I2C, SPI — I build every layer from the hardware up. Rust, C, Zig.

System Architecture

Designed the telematics system for Pierce Manufacturing's next-gen fire apparatus. From requirements through production.

Deep-Dive Debugging

RTOS task overruns corrupting light cycles. Race conditions in CAN drivers. Memory map overflows. The puzzles I love.

HPC & Simulation

World-line Monte Carlo. Molecular dynamics on HPC clusters. GPU fluid solvers. The same tools, different domains.

Teaching & Mentoring

University professor for 6 years. Mentored junior engineers and interns. Built browser physics sims for students.

Programmatic 3D Modeling

JefSCAD — a geometry kernel going from CSG to BRep to mesh. Python bindings, Rust backend, numerical meshing for CFD.