Skip to main content

Stanford Design System

We built a flexible Drupal design system that empowers Stanford's H&S IT team to manage hundreds of diverse websites with consistency and ease.

Client

The School of Humanities and Sciences at Stanford University encompasses 23 departments and 25 interdisciplinary programs. It is the cornerstone of education for Stanford undergraduates.

Solution

Sparkbox worked with H&S to create a design system within a Drupal content management system, empowering the IT team to deliver consistent, scalable experiences across hundreds of internal client websites.

Scope

  • Design system architecture
  • Component library design
  • Drupal implementation
  • Design system governance

Tech

  • Multisite Drupal
  • Acquia
  • Docker
  • Component-based architecture

The Stanford School of Humanities and Sciences (H&S) represents 23 departments and 25 interdisciplinary programs, making it the largest academic school at Stanford University. H&S IT supports hundreds of websites for internal clients, each with unique content needs but shared brand requirements. The challenge of maintaining consistency, scalability, and brand coherence across such a diverse digital ecosystem made this project an ideal candidate for a comprehensive design system approach.

When Drupal 7 reached end-of-life, H&S saw an opportunity to move beyond simple migration toward establishing a unified design system that could serve as the foundation for all future web properties. In 2019, they selected Sparkbox to architect and implement this system solution.

Design System Strategy

Our onboarding process focused on understanding the unique requirements of serving such a diverse academic community. Through extensive stakeholder interviews across departments ranging from Art and Art History to Physics and Statistics, we identified the need for a system that could accommodate varied content types and visual expressions while maintaining Stanford's brand integrity.

We established design system governance principles and collaboration frameworks, defining roles, responsibilities, and decision-making processes for long-term success. Key strategic decisions included component hierarchy based on atomic design principles, brand integration with Stanford's existing design system, and a scalability framework for future growth.

Component-First Architecture

Rather than designing full pages, we approached the project with a component-first methodology. Each component was designed as a self-contained system with comprehensive specifications including multiple states, responsive behaviors, and accessibility requirements. We developed components using vertical slices, focusing on individual elements like news blocks and hero sections, which allowed us to design and test in isolation while ensuring accessibility compliance.

The system included a sophisticated theming capability that went beyond simple color changes. We created a system of design tokens and component variations allowing for significant visual customization while maintaining structural consistency. This included carefully crafted color palettes that maintained accessibility standards, responsive typography scales, consistent spacing systems, and multiple visual treatments for each component type.

Collaboration and Results

Success depended on strong collaboration between design, development, and content teams. We established regular design system review sessions including stakeholders from across the H&S organization and worked closely with Stanford Web Services to ensure alignment with university-wide technical standards.

We implemented comprehensive quality assurance processes including component-level testing, cross-browser compatibility verification, and performance optimization. Critical to adoption success, we created training materials and onboarding processes for the H&S IT team.

Building on this design system foundation, we were able to create additional theme variations in just two weeks—demonstrating the power of systematic, component-based design. The result is a beautiful, flexible, and sustainable design system that serves as the foundation for consistent, scalable web experiences across Stanford's largest academic school.