Frontend Engineer focused on building maintainable web systems with TypeScript, React, and the Web Platform.
I build frontend systems around clear component boundaries, predictable data flow, accessibility, performance, and long-term maintainability.
I prefer explicit and understandable systems over clever abstractions. Frameworks are useful tools, but architectural decisions should be grounded in JavaScript, browser behavior, HTTP, rendering, and the underlying Web Platform.
- Frontend architecture and application structure
- Design systems and reusable UI primitives
- Component APIs and composition patterns
- Web accessibility
- Frontend performance
- Developer tooling and automation
- Engineering standards and documentation
Frontend systems should be easy to reason about.
Data flow, state ownership, component responsibilities, and side effects should be explicit rather than hidden behind unnecessary abstractions.
Components and modules should have well-defined responsibilities.
I pay particular attention to component boundaries, public APIs, state ownership, and the separation between UI, domain logic, and infrastructure.
React and Next.js are tools, not the foundation of the Web.
Understanding JavaScript, HTML, CSS, HTTP, browser rendering, accessibility APIs, caching, and runtime behavior leads to better architectural decisions.
Accessibility should be part of component architecture from the beginning.
Keyboard interaction, focus management, semantics, validation, loading states, and error states are implementation requirements rather than final-stage improvements.
Readable and explicit solutions usually scale better across teams than technically impressive abstractions that are difficult to understand.
Performance work should be based on actual bottlenecks, browser behavior, and user impact rather than assumptions.
I maintain reusable frontend tooling and infrastructure through Archoleat.
The project includes TypeScript utilities, frontend configuration, reusable modules, and developer tooling intended to solve recurring engineering problems through small, focused, and predictable APIs.
Some of this work is published as reusable npm packages.
I maintain a collection of frontend engineering standards for recurring UI, interaction, and architectural problems.
The goal is to turn repeated implementation decisions into explicit and reviewable conventions instead of solving the same problems differently across every project.
The standards cover areas such as:
- component architecture
- accordions and disclosure patterns
- pagination
- fullscreen interfaces
- forms
- project structure
- accessibility
- interaction patterns
I write about frontend engineering with an emphasis on the reasoning behind technical decisions rather than framework-specific recipes.
Topics include:
- frontend architecture
- browser and Web Platform fundamentals
- component design
- accessibility
- performance
- maintainability
- engineering practices
GHOST is a private engineering capability layer for AI coding agents.
It translates practical development experience into reusable rules, knowledge, and engineering skills that help agents make more consistent technical decisions.
The project explores how architectural constraints, conventions, and domain knowledge can be represented explicitly instead of relying entirely on prompt context.
TypeScript · React · Web Platform