angular-folder-structure

A scalable Angular application uses a feature-first folder structure with clear boundaries for pages, templates, components, and data-access. This architecture separates features, shared modules, and core infrastructure to prevent architectural drift and improve maintainability.

Refactoring into a feature-first folder structure involves auditing existing components and migrating them into specific feature directories. You must clearly define responsibilities for features, shared modules, and core infrastructure to establish a robust, feature-driven architecture.

Setting up lazy loading for feature routes involves organizing your application into a feature-first folder structure. This architecture facilitates loading feature modules on demand, which improves application performance and scalability as complexity grows.

You need to separate shared modules from core infrastructure when defining a scalable Angular architecture. This boundary enforcement clearly defines responsibilities, ensuring singletons remain in core while reusable UI components reside in shared directories.

Yes, you can enforce deterministic data-access placement by auditing and defining clear architectural boundaries within your feature-first structure. This ensures data-access logic is predictably located, improving maintainability and preventing architectural drift.