react-component-architecture

Scalable React component architecture uses functional components, TypeScript typing, and composition patterns to build maintainable UI systems. Structure components with clear APIs, export subcomponents for flexibility, and leverage custom hooks to encapsulate logic across reusable UI patterns.

Type-safe props in React components with TypeScript involves defining interfaces for each component's props, exporting types alongside components, and using composition to share type patterns across related components. This ensures consistency and catches type errors during development.

Custom hooks let you extract and reuse stateful logic across functional components. Define hooks that encapsulate behavior, compose them within components, and export them alongside UI components to create a cohesive component library with shared functionality.

Yes. TypeScript and React hooks work together to provide type-safe custom hooks in component libraries. Define hook signatures with TypeScript generics, type hook returns, and document props for components using those hooks to maintain a strongly-typed, reusable API.

Composition patterns—like compound components, render props, and hook composition—organize React components for scalability. These patterns reduce prop drilling, improve code reuse, and make components easier to maintain in large applications.