atomic-design-guide

Structure React components by categorizing them into atoms, molecules, organisms, and boxes, placing UI primitives in src/components/atoms and complex data-driven components in src/components/organisms or feature containers to improve consistency.

In React component architecture, atoms are small UI primitives, molecules are composed patterns combining atoms, and organisms are complex, data-driven components or feature containers that structure large application interfaces.

Extract a React component into shared patterns when it serves multiple features for reuse, or into feature-specific structures when it handles isolated data-driven logic, following a decision framework to align with scalable codebase goals.

Yes, you can refactor existing React projects by reviewing your current component structure, categorizing components into atoms, molecules, organisms, and boxes, then moving or refactoring them accordingly to enforce architectural consistency.

Atomic Design works for scalable React codebases by enforcing clear separation of concerns across component levels, aligning with design-system goals to maintain consistency and reusability across large applications during architecture reviews.

A limitation of organizing React components into atoms, molecules, and organisms is the potential overhead of deciding boundaries for complex components, requiring a strict decision guide to avoid misplacing patterns across feature folders and shared structures.