DunkZone: Building a Scalable Design System That Improved Efficiency by 30%
Led the creation of a scalable design system for a fragmented e-commerce platform, reducing design and development inefficiencies by 30% and enabling consistent, production-ready UI across mobile and desktop experiences.
30% improvement in design and development efficiency
Built a scalable design system used across the product
Reduced duplicate assets and streamlined team workflows
Stepped into a leadership role during the final phase of the project, helping guide design decisions and maintain project continuity
Timeline: 3 Months
Team: 4 UX Designers + 1 Stakeholder + 1 Project Manager + 1 Developer
Focus: Design System, Workflow Optimization, UI Consistency
Impact:
30% improvement in design & development efficiency
Reduced duplicate assets and design inconsistencies
Established scalable component library for cross-platform use
About the Project:
DunkZone is an organization focused on youth basketball development through digital training tools and e-commerce. When I joined the project, the design environment lacked structure - files were disorganized, components were duplicated across multiple sources, and there was no consistent system guiding design decisions.
Designers were working independently without shared standards, leading to inconsistent layouts, inefficient workflows, and friction in development handoff.
My Role: UX Designer
Collaborated with stakeholders and a team of designers to audit existing design assets, define system standards, and implement scalable solutions under evolving project requirements.
Problem
Diagnosis:
The design environment lacked a shared system, resulting in duplicated work, inconsistent UI patterns, and inefficient collaboration between design and development.
This lack of structure slowed development, reduced design consistency, and introduced friction in scaling the product.
Thousands of duplicated assets across multiple Figma files
Over 300 unique colors, creating a chaotic and inconsistent UI
Dozens of fonts, font sizes, and variants, reducing readability and cohesion
Inconsistent grid systems, causing components to scale unevenly
Redundant pages with minimal variation, cluttering workflows
To improve this system, I focused on two key areas:
1. Establishing a centralized and structured design environment
2. Building a scalable design system for long-term consistency
From Chaos to System: Establishing Structure
To address systemic inefficiencies, I restructured the design environment by consolidating assets, eliminating duplication, and establishing shared standards across the team. The goal was to create a single source of truth that improved collaboration, reduced redundancy, and enabled scalable, consistent design across the product.
Approach:
Consolidate fragmented assets into a centralized system to eliminate duplication and improve efficiency
Standardize UI patterns to increase consistency and usability across the product
Establish scalable foundations to support future feature development
Align design structure with developer workflows to reduce implementation friction
This approach informed the restructuring of the design environment reducing design inconsistencies, streamlining team workflows, and improving efficiency across both design and development.
Solution #2: Create a Design System
To ensure long-term scalability and consistency, I developed a structured design system that standardized UI patterns, reduced inconsistencies, and improved collaboration across design and development.
Component library - standardized buttons, cards, modals, and inputs to reduce redundancy and ensure consistency across screens
Typography system - defined font scales, weights, and hierarchy to improve readability and visual cohesion
Spacing & layout system - established a consistent grid to create predictable, scalable interfaces across desktop and mobile
Color system - reduced 300+ colors into a structured, accessible palette with defined usage guidelines
Mobile-first execution - introduced consistent mobile design patterns and delivered high-fidelity mobile screens to ensure a cohesive cross-platform experience
This design system eliminated inconsistencies, enabled designers to work more efficiently, and allowed developers to build with greater clarity and consistency, improving overall product quality.
It established a scalable foundation that supported future feature development and reduced friction across the design and development workflow.
Results & Impact
By implementing a structured design system and optimizing workflows, I delivered measurable improvements in efficiency, consistency, and team collaboration:
30% improvement in design and development efficiency by introducing a structured design system and streamlined handoff process
Reduced duplicate assets and simplified workflows, improving file organization and team efficiency
Established a scalable design system used across the product, enabling consistent UI patterns and faster iteration
Improved consistency across UI components, typography, and layout, creating a more cohesive user experience
Reduced developer ambiguity during handoff, enabling more accurate and efficient implementation
Stepped into a leadership role, leading the design team after the Head UX Designer departed and ensuring project continuity
Although I joined the project during its final three months, I was able to quickly identify systemic inefficiencies and implement solutions that improved both team workflows and product consistency. By introducing a scalable design system and optimizing collaboration between design and development, I helped establish a stronger foundation for future growth and more efficient product development.