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I am a Systems Software Engineer driven by an obsession with understanding how things work—down to the bare metal. My journey didn't begin in a bootcamp; it began in Minecraft, where I manually routed clock signals and debugged race conditions with redstone before I ever wrote a line of code.

That curiosity evolved into Electron, a 4-stage pipelined RISC CPU I designed from first principles. Refusing to stop at simulation, I built a complete ecosystem in Rust—including an assembler that performs static analysis to resolve data hazards—to validate my architecture against real-world constraints.

Professionally, I thrive in high-stakes environments. During an onsite engineering sprint for a nuclear energy startup, I manually calculated byte offsets to reverse-engineer proprietary PLC protocols. In under 9 hours, I architected a fault-tolerant telemetry system in Async Rust to interface with neutron flux detectors at sub-10ms latency.

I believe rigorous engineering should drive social change. As Lead Software Engineer & Founder, I architected "Until Every Cage is Empty". I engineered a geospatial platform serving 56,000+ records in a highly optimized 2.7MB payload. The project has scaled to 3,000+ monthly users and secured a Seed Grant from The Pollination Project.

Beyond my startup work, I serve as the Technical Lead for IEEE Embedded Systems. In this role, I architect firmware for autonomous aerial robotics, applying my systems engineering knowledge to solve real-time flight control challenges.