I build Rust-first systems, WebAssembly applications, and modern full-stack web products with TypeScript, React, and Next.js — with an emphasis on reliability, reproducibility, security boundaries, and maintainable engineering.
Skills & services
A broad engineering stack for product development, architecture, reliability work, and client projects — without sacrificing technical depth.
Systems engineering
Rust systems, Linux tooling, low-level and no_std-oriented engineering where appropriate, bounded automation, developer infrastructure, reliability, and reproducibility.
Good fit for infrastructure, CLI tooling, performance-sensitive components, and engineering workflows that need strong guarantees.
Rust · Linux · Axum · no_std · tooling · automation
Full-stack web
Modern interfaces and full-stack product work with typed application boundaries, reusable components, responsive UI, APIs, and production-oriented engineering.
Good fit for dashboards, SaaS interfaces, internal tools, client portals, and production web applications.
TypeScript · React · Next.js · APIs
Rust web
Rust-first web experiences using server rendering, hydration, and WebAssembly when a shared Rust architecture provides a concrete engineering advantage.
Good fit for Rust-native product interfaces, WebAssembly experiences, and teams that want shared language boundaries across server and client.
Leptos · Dioxus · WebAssembly · SSR
Product engineering
Product architecture, diagnostics, engineering workflows, testing, hardening, and technical problem solving from prototype through production readiness.
Good fit for products that need technical review, stabilization, test strategy, failure analysis, or a clearer path to production.
Architecture · testing · diagnostics · reliability
Engineering approach
I prefer explicit boundaries, typed interfaces, reproducible workflows, and evidence-backed validation. The implementation should be understandable, testable, and maintainable after the first release.
Explicit boundaries
Clear ownership, interfaces, failure behavior, and scope before implementation expands.
Verification before claims
Build, test, inspect, and verify important behavior before calling work complete.
Long-lived engineering
Favor maintainability, traceability, reproducibility, and controlled evolution over short-lived shortcuts.
This portfolio's runtime architecture
Live architecture
Select a layer to inspect the role it plays in this site.
Application core
Rust owns application logic, data boundaries, and shared server/client behavior with strong compile-time guarantees.
About
I work across low-level engineering, web applications, developer infrastructure, and product reliability while keeping architecture and operational behavior explicit.
My work spans Rust-first infrastructure, WebAssembly and Rust web frameworks, modern TypeScript/React applications, bounded automation, reproducible engineering workflows, and technical products where maintainability matters as much as implementation speed.
Depth
Systems and reliability
Rust, Linux, infrastructure, diagnostics, no_std-oriented work, testing, and hardening.
Range
Product and full-stack work
Leptos, Dioxus, WebAssembly, TypeScript, React, Next.js, APIs, and responsive product UI.
Process
Evidence-backed engineering
Explicit scope, typed interfaces, reproducible workflows, verification, and clear technical status.
Delivery
From problem to production readiness
Architecture, implementation, review, stabilization, diagnostics, and technical handoff.
Contact
For freelance engineering, technical collaboration, product development, systems work, or architecture discussions, contact me directly with the problem, current state, and desired outcome.