01Interactive applications and dashboards
React is a strong fit for products with filters, accounts, dashboards, multi-step workflows or frequent interface updates. I translate approved requirements into clear interaction states, including loading, empty, success and error behaviour. The goal is an interface that remains understandable when real data and edge cases replace the ideal design mock-up.
02Component architecture that can grow
Shared interface patterns are identified before individual pages are assembled. Components receive clear responsibilities, controlled variants and predictable data inputs. This reduces visual drift and repeated code while leaving room for genuine page differences. Existing systems can be reviewed and refactored incrementally instead of requiring an unnecessary rewrite.
03API-connected frontend development
I connect React interfaces to REST APIs, content platforms and existing services. Integration work includes validation, loading feedback, empty states and useful failure handling rather than only the successful request. Data is mapped into stable frontend structures so interface components do not become tightly coupled to every detail of an external service.
04State management with proportionate complexity
Local component state, shared application state and server data solve different problems. I choose the smallest suitable approach for the product instead of adding a large state library by default. Clear ownership and predictable updates make the application easier to debug, test and hand over to another developer.
05Responsive and accessible interfaces
Responsive work covers layout, content priority, navigation and interaction behaviour across phones, tablets and desktop screens. Semantic HTML, labelled controls, visible focus states and keyboard operation are considered during implementation. Accessibility is treated as part of component quality, not as a final visual inspection.
06Performance, testing and maintainability
I review rendering behaviour, component boundaries, assets and browser work to reduce avoidable overhead. Important flows are checked across representative screen sizes and states. Testing is selected around project risk, while naming, file structure and reusable patterns help the next developer understand how the frontend is intended to evolve.
07Improving an existing React frontend
A complete rebuild is not always the right answer. I can work within an existing codebase to add features, modernize components, resolve responsive problems and simplify fragile areas. The first step is identifying which changes provide useful value without destabilizing working product behaviour.