Senior Full Stack Engineer. I build scalable web applications and optimize the core infrastructure that holds them together. Rust & C++ on the paths where speed is not optional.
Senior Full Stack Engineer with a focus on system performance. I design infrastructure that withstands pressure, write code that respects the machine, and ship systems built to outlast their first traffic spike.
Six years in the engine room. Scalable web applications, optimized core infrastructure, and the low-level work most teams avoid. When the load hits, the system holds — because it was designed to.
Senior Full Stack Engineer. I build systems that survive scale. Rust & C++ where speed is not optional.
Six years in the engine room. Scalable web applications and the core infrastructure that holds them up. When the load hits, the system holds — because it was built to.
Senior Full Stack Engineer focused on system performance. I design infrastructure that withstands pressure, write code that respects the machine, and ship systems built to outlast their first traffic spike.
Leading the backend migration to microservices. Built a high-throughput event processing pipeline in Python and Rust — latency cut by 40%. Own the React architecture behind the main dashboard, from data layer to render.
Full-stack web applications in Node.js and TypeScript. When the runtime slowed down, I went lower — native C++ modules for image processing pushed workflows 3× faster. Where JavaScript couldn't keep up, the machine did.
Real-time financial dashboard. The backend aggregates streams from multiple sources through a custom Rust service — zero-cost abstractions, real performance. Built to render data the moment it arrives, not a cycle later.
Automated ETL across terabytes of data. Python for flexibility, C++ bindings for the heavy lifting. The pipeline doesn't choke when the data grows — it was designed for the next order of magnitude.
Fault-tolerant job scheduler. Celery-inspired, rebuilt for low-memory environments. Jobs survive crashes. The queue doesn't bleed — engineered to hold the line when the system is under pressure.
Let's talk about systems that scale without noise — performance where it matters, infrastructure that holds the line.