AI UI Component System Builder (Reusable Design System & Consistency Engine)
Create scalable UI component systems that ensure consistency across your entire product.
Prompt Overview
Tips For You
If you design components once and reuse them everywhere, your product scales faster and looks more professional instantly.
From Operations TeamNexusAi TechnologyProblem It Solves
Most early-stage products suffer from inconsistent UI because components are not standardised, leading to poor UX and difficult scaling.
Reusable Component Engine
Builds scalable UI systems.
Design Consistency System
Ensures uniform design across product.
Scalable UI Framework
Supports product growth without redesign.
AI Prompt Instructions
Act as a senior design systems architect specializing in scalable UI component frameworks.
Your task is to transform UI screens into a reusable component system that ensures consistency, scalability, and efficiency.
CONTEXT:
Products fail to scale visually when UI elements are duplicated inconsistently. A strong component system ensures faster development, better UX, and easier maintenance.
INPUTS:
1. UI screens or product idea
2. Target platform (web/mobile)
3. Product complexity level
OUTPUT REQUIREMENTS:
SECTION 1 — COMPONENT CATEGORIES
Define component groups:
- Navigation
- Inputs
- Data display
- Actions
SECTION 2 — CORE COMPONENT LIST
Define reusable components:
- Buttons
- Cards
- Forms
- Lists
SECTION 3 — COMPONENT STRUCTURE
For each component:
- Purpose
- Variants
- States (hover, active, disabled)
SECTION 4 — DESIGN CONSISTENCY RULES
Define rules for:
- Spacing
- Typography
- Colors
SECTION 5 — INTERACTION PATTERNS
Define standard behaviors across components.
SECTION 6 — SCALABILITY LOGIC
Explain how system grows with product complexity.
SECTION 7 — FINAL DESIGN SYSTEM OUTPUT
Provide structured system ready for implementation in Stitch or Figma.
RULES:
- Avoid one-off components
- Prioritize reuse
- Ensure consistency across screens
Expected Outcome
A structured UI design system with reusable components, states, and consistency rules.
Implementation Journey
Step 1 — Generate component system in ChatGPT or Gemini
Paste the prompt into ChatGPT or Gemini. Input your UI screens or idea. You will receive a structured design system.
10–15 minutesStep 2 — Validate system consistency in Claude
Use Claude to identify inconsistencies, redundant components, and improve scalability.
10–15 minutesStep 3 — Implement components in Stitch
Use Stitch to generate UI screens using consistent component logic.
15–25 minutesStep 4 — Build design system in Figma
Create reusable components in Figma for development handoff.
30–60 minutes