Quse Design System
Speeding up development with a simple and efficient design system from scratch.
A demo of the properties and responsiveness of the Quse design system components.
Summary
Built a foundational design system to unify the product experience, improve efficiency, and create a scalable foundation for future development.
Impact
Improved design consistency, reduced development inefficiencies, and established a single source of truth for the product
Role
Led system definition and documentation for a v1 design system
A sample of components that make up the Quse design system.
Problem
The initial version of the app lacked visual and interaction consistency. UI patterns were inconsistent and undocumented, leading to slower development, repeated work, and a fragmented user experience.
Insight
Without a shared system, both design and engineering lacked a common foundation—making it harder to scale the product and maintain consistency over time.
Solution
Created a v1 design system to serve as a single source of truth across the product.
Defined:
– Brand color and typography systems
– Design tokens and variables
– Reusable components and patterns
Structured the system to support both immediate product needs and future scalability, while keeping it lightweight for a small team.
Business Context
Needed a practical, right-sized system for a single product and small team—balancing speed, usability, and engineering alignment without over-engineering.
Results
Improved consistency across the product experience
Reduced duplicated design and development work
Enabled faster iteration with a shared foundation
Created a scalable base for future system growth
A snapshot of primitive colors, semantic backgrounds, icons, and defined variables.
Deep Dive ↴
Approach
Focused on building a lightweight but comprehensive system that could support real product complexity without adding unnecessary overhead.
Prioritized clarity and usability of documentation to encourage adoption across design and engineering.
System Structure
Organized the system into six layers:
– Primitives
– Semantics
– Components
– Patterns
– Templates
– Interactions
Each layer built on the previous, connecting foundational tokens to real product usage.
Documentation
Defined clear usage guidance at both the section and category level, ensuring teams could understand not just what to use—but how and when to use it.
Created structured categories within each layer to organize variables and components in a way that supported both design and engineering workflows.
Constraints
Scoped intentionally for a single app and small team—avoiding unnecessary complexity while ensuring the system was robust enough to support current functionality and near-term growth.
Outcome
Established a cohesive visual and interaction language across the product.
Improved collaboration between design and engineering through shared definitions and reusable patterns.
Created a strong foundation for scaling the product without reintroducing inconsistency.
The organizational structure of component sets.