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Digital UI Component Standardization and Centralized Design System Development
  1. case
  2. Digital UI Component Standardization and Centralized Design System Development

Digital UI Component Standardization and Centralized Design System Development

axelerant.com
Government
Non-profit
Media

Challenges in Maintaining Consistent and Efficient Digital UI Components

The organization faces difficulties in managing diverse UI components across its digital platforms, leading to inconsistencies, communication gaps among stakeholders, and error-prone HTML implementations due to distributed development teams. These issues hinder the delivery of a cohesive user experience and complicate ongoing maintenance efforts.

About the Client

A large, globally operating government agency responsible for human rights promotion and protection, seeking to unify its digital presence across multiple platforms.

Goals for Implementing a Unified Digital Design System

  • Standardize UI components across all digital platforms to ensure a consistent user experience.
  • Create a centralized repository for design components, documentation, and guidelines to facilitate clear communication among designers, developers, and stakeholders.
  • Streamline the maintenance process by consolidating multiple design files into a single, unified system.
  • Integrate centralized code snippets within the design system to reduce HTML errors and ensure uniform implementation across teams.
  • Enhance stakeholder collaboration through comprehensive training and onboarding programs.

Core Functional Features of the Digital Design System

  • A centralized library of standardized UI components within a design platform (e.g., Figma or equivalent).
  • Detailed documentation and usage guidelines for each UI component.
  • Integrated centralized code snippets linked to UI components to guarantee error-free HTML implementation.
  • Tools for stakeholders' collaboration, including feedback, version control, and updates.
  • Training modules and onboarding resources to familiarize teams with the system.
  • Versioning and update management for ongoing maintenance and evolution of the design system.

Preferred Technologies and Architectural Approach

Design system platforms (e.g., Figma)
Centralized code repositories (e.g., GitHub)

Necessary System Integrations

  • Design platform with code repositories
  • Content management systems
  • Development environment tools

Essential Non-Functional System Criteria

  • Scalability to support multiple platforms and future growth
  • Performance to load and update components efficiently
  • Security measures to protect design assets and code snippets
  • Accessibility compliance throughout the design system
  • Ease of maintenance and update management

Projected Business Benefits and Efficiency Gains

Implementing the unified digital design system is expected to significantly improve consistency across digital platforms, reduce communication gaps and errors by providing a single source of truth, and streamline maintenance processes. This approach aims to enhance stakeholder collaboration and ultimately deliver a cohesive, user-friendly digital experience across all organizational touchpoints.

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