AI UI & Component Design Workflow
Structure a UI so it stays consistent as it grows — inventory the screens, break them into reusable components, specify the component system and its rules, then review the structure for drift.
The problem
A UI built screen by screen without a structure underneath becomes a pile of one-off components: three slightly different buttons, four card layouts, the same form rebuilt five ways. The inconsistency isn't a visual problem you can restyle away — it's structural, baked into how the interface was composed, and it makes every new screen slower and the whole product feel unreliable. Designing UI structure means the opposite discipline: inventory the screens, find the components they share, define a system with rules for reuse and consistency, before the duplication sets in. This is interface architecture, not visual design — the skeleton, not the paint.
Recommended workflow
Each step uses an existing NewPrompt tool, pre-filled by a matching resource. Open the resource to read it, or jump straight into the tool with the inputs ready.
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Inventory the screens and surfaces
Anchor the model in a front-end engineering perspective and list every screen and interface surface the product needs. You can't design a component system until you can see everything it has to cover.
Goal The screens and interface surfaces inventoried.
Open this step in Role Prompt GeneratorResource Software Engineer Role Prompt -
Break screens into reusable components
Decompose the screens into the components they share — the buttons, forms, cards, layouts that recur — so the same element is defined once and reused, not rebuilt slightly differently each time it appears.
Goal Screens decomposed into a set of reusable components.
Open this step in Multi-Step Prompt Builder -
Specify the component system and rules
Define the component system: each component's variants and states, how they compose into layouts, and the consistency rules that keep the interface coherent. This is the spec the build implements against.
Goal A component system spec with composition and consistency rules.
Open this step in Markdown Output BuilderResource Technical Documentation Prompt -
Review the structure for drift
Turn a review lens on the structure: duplicate components doing the same job, inconsistent patterns, screens that broke the system. Catch the drift in the plan, before it's a thousand lines of divergent UI code.
Goal The UI structure reviewed for duplication and inconsistency.
Open this step in Code Review Prompt Generator
Expected outcome
A UI with a structure under it — screens inventoried, reusable components identified, a component system specified with consistency rules, and the structure reviewed for drift — so the interface stays coherent as it grows instead of fragmenting into one-off screens nobody can keep consistent.
Best for
- Designing a reusable component system before building screens
- Bringing structure and consistency to a growing UI
- Breaking screens into components for implementation
Not for
- Visual design, branding, or graphic styling — this owns structure, not look
- Organizing a site's pages and navigation — use the AI Website Structure Workflow
- Designing software/system architecture — use the AI Project Architecture Workflow
FAQ
Is this visual or graphic design?
No. This owns UI structure — screen composition, the component system, reuse, and interface consistency. It decides how the interface is organized, not how it looks: colors, typography, and brand are a separate, later concern. It's interface architecture, the skeleton beneath the visuals.
How is this different from the AI Website Structure Workflow?
Website structure is site-level information architecture — pages, sitemap, navigation. This is screen-level: the components inside the pages and how they compose. Different granularity — one organizes the site, the other organizes the interface within it. They sit next to each other in a build.
How is this different from the AI Project Architecture Workflow?
Project architecture designs the system — services, data flow, boundaries. This designs the front-end's component structure. Same architect mindset, opposite end of the stack: the system's internals versus the interface's reusable building blocks.
Part of these blueprints
Complete build journeys that include this workflow as a stage.
Where to go next
Related workflows