model

Shipped: Data Architecture Model ( Documentation )

What did you build? I built a responsive, interactive web preview that presents the project as a polished, human-designed interface rather than a basic static page. The implementation uses a clear separation between HTML structure, CSS styling, and JavaScript interaction : index.html provides the semantic page structure and content. style.css contains the responsive layout, typography, color system, animations, hover effects, cards, buttons, and visual styling. script.js handles the interactive behaviour and animated effects without relying on a heavy frontend framework. The interface uses modern visual patterns such as animated sections, smooth transitions, interactive elements, layered backgrounds, and Mermaid-style visual/structural presentation where appropriate. The design uses deliberate font combinations, spacing, contrast, and a fresh colour palette to create a distinctive visual hierarchy. The page is designed to work across desktop and smaller screen sizes. The goal was not simply to make the page visually attractive, but to make the interaction and visual hierarchy understandable to a reviewer while keeping the implementation relatively lightweight and maintainable. How can a reviewer see that the acceptance criteria are met? A reviewer can verify the criteria directly by opening the project in a browser and inspecting the repository. 1. The repository is reachable and contains the implementation The repository contains the complete frontend implementation rather than only screenshots or a design mock-up. The main files can be inspected directly: Opening index.html allows the reviewer to see the actual rendered interface, while style.css and script.js show how the visual and interactive behaviour is implemented. 2. The page is interactive The reviewer can interact with the page rather than only viewing static content. Interactive behaviour is implemented in script.js , including the page's animations, transitions, effects, and user-triggered interactions. The reviewer should test: Buttons and interactive controls Hover states Animated elements Navigation/interactions Scroll-based effects where available Transitions between UI states Interactive visual components The corresponding JavaScript can be inspected to verify that the behaviour is implemented in the project rather than being simulated through screenshots. 3. The visual design is intentionally structured The page uses a deliberate design system rather than relying on default browser styling. The reviewer can inspect style.css for: Typography and font combinations Colour variables/palette Spacing and layout rules Cards and visual sections Borders, shadows and gradients Hover and focus states CSS transitions and animations Responsive breakpoints This makes the visual hierarchy and design decisions reproducible from the source code. 4. Animations and effects are implemented in the frontend The animated experience is implemented using CSS and JavaScript. The reviewer can inspect: for CSS animations/transitions and: for JavaScript-driven interactions and effects. This provides evidence that the animations are part of the actual implementation and are not simply embedded media. 5. Responsive behaviour can be verified The reviewer can resize the browser window or use browser DevTools device emulation. The page should be checked at: The responsive CSS rules in style.css control how the layout adapts to smaller screens. The reviewer should specifically check that: Content remains readable. Sections do not unnecessarily overflow horizontally. Buttons and interactive elements remain usable. Text does not become clipped. Layouts reorganise appropriately on smaller screens. 6. Accessibility can be inspected The HTML structure can be inspected in index.html to verify that interactive elements are implemented using appropriate HTML elements. The reviewer can test the page using the keyboard: This allows keyboard users to move through interactive controls without requiring a mouse. Visible focus states can also be checked while navigating with the keyboard. 7. The project can be evaluated from the source, not just the appearance A reviewer does not need to rely solely on the visual result. The implementation can be traced as: This makes the relationship between the requirements and implementation straightforward to inspect. Reviewer verification checklist A reviewer can verify the project by following this sequence: 1. Open the project in the browser. 2. Check the main layout and visual hierarchy. 3. Resize the viewport to test responsive behaviour. 4. Use the mouse to test hover and interactive effects. 5. Use Tab and Shift + Tab to test keyboard interaction. 6. Interact with buttons and dynamic components. 7. Inspect index.html for the page structure. 8. Inspect style.css for responsive styling, typography, colours, transitions and animations. 9. Inspect script.js for interactive behaviour. 10. Compare the implementation against the acceptance criteria documented in the README. Summary The project delivers a complete, responsive and interactive web experience with the implementation split into maintainable HTML, CSS and JavaScript files. The acceptance criteria can be demonstrated directly through the browser and verified from the corresponding source files, making the project reproducible and reviewable rather than dependent on screenshots alone. Git repo : https://github.com/techtuber9988/data-architecture-model Live Preview : https://document-model.vercel.app/