Overview
ISA Archive is a personal portfolio project treated as a UI architecture exercise, not a visual showcase. Rather than designing pages directly, the platform was built as a system of reusable UI primitives capable of rendering resumes, work entries, and archives from structured data.
The project explores whether a personal site can remain maintainable long-term by prioritizing component contracts and layout consistency over ad-hoc page design.
UI Architecture Approach
Component-First Composition
All UI elements are developed and validated in isolation using Storybook before being assembled into pages. Pages act purely as composition layers, with no layout-specific logic embedded at the route level.
This ensures:
- UI behavior remains predictable regardless of content variation.
- Layout changes do not cascade into unrelated sections.
- Components remain reusable across resume, work, and archive views.
Styling as a System Boundary
Styled Components are used to enforce strict style boundaries at the component level.
- No reliance on global CSS or cascading side effects.
- Layout, spacing, and typography are owned by the component itself.
- Visual consistency is maintained through a centralized theme configuration.
This approach treats styling as part of the component’s public contract.
Data-Agnostic UI Rendering
Contentlayer is used to define typed schemas for resumes and work entries. UI components consume normalized data shapes rather than page-specific props.
As a result:
- The same components can render different content densities.
- Resume and work views share UI logic without duplication.
- Content structure can evolve independently of the UI layer.
Outcome
ISA Archive functions as a representative Work demonstrating a UI-architecture–driven development approach. By treating components—not pages—as the primary design unit, the platform remains extensible without increasing UI complexity.
This project serves as both a professional portfolio and a practical validation of component-driven UI architecture in a real-world context.