With the foundations in place, I rebuilt the component library following Atomic Design principles, ensuring scalability, reusability, and long-term maintainability. I began with the smallest, most fundamental elements — atoms — and progressively built up to more sophisticated components and full interaction patterns.

At the atomic level, I redesigned core elements such as buttons, icons, text fields, toggles, chips, labels, and input states. Each atom was rebuilt using the new semantic tokens, ensuring consistent colors, spacing, typography roles, and interaction behaviors across every state, including focus, hover, active, and error. These atoms became the building blocks that developers could reliably assemble without visual drift or custom overrides.

Once the atoms were stable, I moved into molecules, combining these base elements into more functional components such as dropdowns, selects, date inputs, checkbox groups, and banner alerts. Each molecule included detailed specifications, accessibility rules, and Angular prop definitions. This layer introduced clear patterns for how components should behave when interacting with user input, validation, or system feedback.

Finally, I rebuilt the more complex organisms, such as modals, navigation headers, multi-step forms, and the platform’s table component. The table was one of the most significant improvements: WorkFlex previously had four completely different table implementations across the product. I consolidated all of them into a single, stable, and fully documented table organism with a unified logic layer, configurable columns, built-in filtering and sorting patterns, and consistent empty/error states.

Across all levels of the atomic hierarchy, each component was delivered with full specifications, interaction diagrams, accessibility guidelines, and code mapping to Angular. This systematic approach eliminated one-off builds, reduced regressions, and enabled engineering to ship features with far more consistency and speed.