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Skills

A full-stack toolkit for building fast, accessible, and maintainable web products, backend services, and AI systems.

React & Next.js

  • Component architecture with composable UI, custom hooks, controlled and uncontrolled patterns, compound components, and accessible interaction states.
  • Modern React patterns including Context API, Suspense, lazy loading, error boundaries, memoization, concurrent rendering, and server/client component boundaries where the architecture supports them.
  • Next.js applications using file-based routing, dynamic routes, layouts, metadata, image optimization, server-side rendering, static generation, API routes, and route-level loading and error states.
  • Client navigation with React Router when a standalone React application is the right fit, with clear route structure and resilient deep-linking.

Python, AI & ML

  • Python for backend services, data workflows, automation, experimentation, and production tooling with clear interfaces between research and product code.
  • PyTorch for neural network development, custom training loops, transfer learning, model evaluation, dataset pipelines, and GPU-aware inference.
  • TensorFlow and Keras for model prototyping, structured training workflows, deployment-oriented experimentation, and serving models behind reliable APIs.
  • Applied AI systems built around retrieval, structured outputs, source traceability, evaluation sets, confidence signals, and human review—not just a model call hidden behind a button.

Backend & APIs

  • TypeScript across frontend and backend codebases for explicit domain models, safer refactors, typed API contracts, and maintainable service boundaries.
  • Node.js services and NestJS applications with modular architecture, dependency injection, guards, validation, background jobs, and REST or event-driven APIs.
  • ASP.NET for structured backend services, authentication, data access, validation, and production APIs in the .NET ecosystem.
  • PHP and Laravel for convention-driven web applications, routing, queues, scheduled jobs, ORM-backed services, and maintainable APIs.
  • Go for small, efficient services, concurrent workloads, command-line tooling, and APIs where simple deployment and predictable performance matter.

Vue & cross-framework UI

  • Vue.js for reactive component systems, composables, routing, form flows, and maintainable feature architecture.
  • Nuxt.js for full-stack Vue applications with file-based routing, server rendering, data fetching, middleware, and deployment-aware architecture.
  • Nuxt UI and Naive UI for accessible component foundations, themeable interfaces, forms, navigation, overlays, and consistent product systems.

State & data

  • TanStack Query for server state, caching, background refetching, optimistic updates, pagination, and predictable loading and error flows.
  • Redux Toolkit for shared client state that benefits from explicit slices, typed actions, middleware, and a consistent debugging story.
  • Supabase for Postgres-backed applications, authentication, row-level security, storage, realtime data, and practical backend workflows.
  • PocketBase for lightweight backend applications with built-in authentication, collections, file storage, realtime subscriptions, and fast local-to-production prototyping.
  • Data contracts and UI states designed together so empty, loading, partial, offline, and failure states are treated as part of the product.

Styling & motion

  • Tailwind CSS for fast, consistent interface development with responsive design tokens, reusable primitives, and maintainable utility patterns.
  • Figma for user flows, wireframes, prototypes, component libraries, and close collaboration between product, design, and engineering.
  • Framer Motion for purposeful transitions, gesture feedback, layout animation, spring physics, and motion systems that respect reduced-motion preferences.
  • Responsive, accessible UI with semantic HTML, keyboard support, focus states, readable contrast, and performance-conscious visual effects.

Engineering practice

  • Type-safe, modular code with clear naming, focused components, useful abstractions, and documentation where future decisions need context.
  • Performance work across loading strategy, image delivery, rendering cost, bundle boundaries, caching, and real-world Core Web Vitals.
  • Collaborative delivery through Git, code review, incremental releases, and close attention to the gap between a design and its implementation.
  • Testing critical behavior at the component, integration, and user-flow levels so confidence grows with the product.