Black Heritage Society of Washington State

Modernizing full website design and navigation

Modernizing full website design and navigation

Modernizing Website Design and Navigation

Modernizing full website design and navigation

DURATION

9 Weeks

9 Weeks

9 Weeks

TOOL

Figma

Figma

Figma

Role

UX Designer & Researcher

UX Designer & Researcher

UX Designer & Researcher

Method

Card Sorting, Tree Testing, Usability Testing

Card Sorting, Tree & Usability Testing

Card Sorting, Tree Testing, Usability Testing

Card Sorting, Tree & Usability Testing

Card Sorting, Tree Testing, Usability Testing

Project Overview

The Black Heritage Society of Washington State (BHS), steward of the state's largest Black history collection, needed a full website redesign to replace its outdated 2000s platform.

Through multiple rounds of research and testing with 30+ users, and iterative development of information architecture and prototypes, we delivered an engaging website featuring BHS's rich archival collections and community programs.

Research & Design artifacts

What I worked on

Led research and design process to optimize information architecture through card sorting, tree testing, and usability testing.

Redesigned entire website and created design system for seamless implementation and collaboration.

What I worked on

Led research and design process to optimize information architecture through card sorting, tree testing, and usability testing.

Redesigned entire website and created design system for seamless implementation and collaboration.

What I worked on

Led research and design process to optimize information architecture through card sorting, tree testing, and usability testing.

Redesigned entire website and created design system for seamless implementation and collaboration.

Impact

Restructured and redesigned a 28-page website with updated content, scheduled to launch in September.

Recommended accessibility and SEO enhancements to improve inclusivity and organic search visibility for site launch.

Established data-driven foundation with Google Analytics to track user behavior and inform future improvements.

Impact

Restructured and redesigned a 28-page website with updated content, scheduled to launch in September.

Recommended accessibility and SEO enhancements to improve inclusivity and organic search visibility for site launch.

Established data-driven foundation with Google Analytics to track user behavior and inform future improvements.

Impact

Restructured and redesigned a 28-page website with updated content, scheduled to launch in September.

Recommended accessibility and SEO enhancements to improve inclusivity and organic search visibility for site launch.

Established data-driven foundation with Google Analytics to track user behavior and inform future improvements.

Who I worked with

I collaborated with two master's students on a web design project for the Black Heritage Society of Washington State as part of a University of Washington course.

Who I worked with

I collaborated with two master's students on a web design project for the Black Heritage Society of Washington State as part of a University of Washington course.

Who I worked with

I collaborated with two master's students on a web design project for the Black Heritage Society of Washington State as part of a University of Washington course.

Reflection

Close collaboration with stakeholders helped clarify content types and purposes, informing design decisions.

With more time, validating the prototype with real users would have been valuable.

Reflection

Close collaboration with stakeholders helped clarify content types and purposes, informing design decisions.

With more time, validating the prototype with real users would have been valuable.

Reflection

Close collaboration with stakeholders helped clarify content types and purposes, informing design decisions.

With more time, validating the prototype with real users would have been valuable.

Timeline

Project Background

Client: Black Heritage Society of Washington State (BHS) - stewards of the largest public collection of Washington State Black history.

Challenge: BHS's website design hasn't been updated since the 2000s, which hinders user experience and limits community engagement.

Goal: Redesign a modern website that makes historical collections accessible online while encouraging user inquiry and exploration.

bhswa.org

Home Page

bhswa.org

Collections Page

bhswa.org

Events & Meetings Page

Current Information Architecture

Final Design

Browse All Offerings

Get an overview of BHS’s featured events, collections, latest news, and engagement opportunities.

bhswa.org

bhswa.org

View Digital Collections

Explore the collections gallery, family legacy collections, and oral histories, or schedule an in-person visit.

Discover Local Events

Check out upcoming events, current exhibitions, and past highlights for engaging experiences.

bhswa.org

bhswa.org

Explore Current Initiatives

Stay updated on BHS news, ongoing projects, and collaborations with partner organizations.

Get Involved

Learn how to support BHS through donations, membership, volunteering, or partnership opportunities.

bhswa.org

bhswa.org

Access Resources

Find scholarship and internship programs, external resource links, contact information, and FAQs.

Updated Information Architecture

Uncovering Website Issues Through User Research

Participant Snapshot

Occupations: Nonprofit leaders, educators, students, archivists

Digital Literacy Levels: Moderate to very high 

Primary Goals: View collections, attend events, explore local Black History, donate or get involved

Research Methods

Survey

Format: 12 participants, 12 questions via Google Forms

Focus: Quantitative feedback on site usability, layout preferences, and visual design appeal

User Interviews

Format: 3 participants, 60-minute remote sessions

Focus: Content clarity, emotional response, and user motivations and needs

Usability Testing

Format: 3 participants, 20-minute remote sessions

Focus: Task completion rates, navigation flow efficiency, and usability issues

Problem Analysis & Solution Strategy

🧭 Information Architecture

Key Issues

  • Cluttered and disorganized homepage

  • Confusing site navigation and terminology

  • Important content buried or easily missed

  • Broken or unclear links throughout the site

Redesign Approach

  • Streamlined homepage layout and content hierarchy

  • Renamed and clarified navigation categories

  • Resurfaced key information on hub pages

  • Audited and resolved broken links

🎨 Visual Design

Key Issues

  • Text too small and dense for readability

  • Design elements misaligned and inconsistent

  • Low-contrast visuals and unclear action buttons

Redesign Approach

  • Developed design system with BHS branding colors

  • Standardized typography, layout, and UI components

  • Improved accessibility compliance

📝 Content Strategy

Key Issues

  • Site lacking depth to showcase BHS’s rich legacy

  • Digitized collections and stories poorly featured

  • Outdated content across multiple pages

Redesign Approach

  • Added authentic images and updated content

  • Highlighted archival materials, exhibitions, and projects

  • Promoted community events and engagement opportunities

Identifying User Personas

Based on user research findings, we grouped users by shared motivations and behaviors through audience matrix and created a content audit. This identified three primary personas:

Content Seeker (Students, Researchers)

Interested in discovering and consuming existing content

Content Builder (Educators)

Focused on creating and sharing educational content

Community Builder (Non-Profit Staff)

Motivated to Foster community connections and engagement

Audience Matrix

Content Audit

Detailed personas and user/task matrix were created to map task frequency and importance across personas, revealing priority pages needed to support each user group’s goals.

Persona: Content Seeker

Persona: Content Builder

Persona: Community Builder

User/Task Matrix

Developing Information Architecture (IA)

Card Sorting

A comprehensive content list was developed based on BHS’s existing website structure and stakeholder input. Card sorting sessions were conducted with 9 participants, including key stakeholders from BHS.

Content List

The collected results were analyzed using generative AI tools and aggregated to inform the initial information architecture.

Information Architecture Draft

Tree Testing

To validate the proposed information architecture, I conducted unmoderated tree testing with 3 participants from Washington state via UserTesting.com, plus input from a key stakeholder.

Sample Tasks

Testing Results

Testing showed a 66% success rate across 16 tasks, revealing specific areas for refinement.

Key Finding #1: “Collections” vs “Archive” Confusion

Finding: The difference between “Collections” and “Archive” was not clearly understood by users.

Original IA

User Navigation Paths

Improvement: Remove "Collections" and "Archive" categories; keep "Collections Gallery" since "collections" encompass broader historical materials and curated groupings.

Updated IA

Key Finding #2: “Current” Label Misrouting

Finding: Users consistently navigated to “Current Events” when looking for exhibitions, indicating that “Current” resonates with how users think about ongoing displays.

Original IA

User Navigation Paths

Improvement: Replace “Current Events” with “Upcoming Events” and “Exhibitions” with “Current Exhibitions” to clarify timeframes and distinguish content types.

Updated IA

Based on these findings, we revised the information architecture.

Refined Information Architecture

Prototyping

Comparative Analysis

To gather inspiration for the redesign, we analyzed similar museum and gallery websites to examine their strengths and weaknesses across information architecture, visual design, and usability.

Analysis of the MET’s Website

Analysis of MOHAI’s Website

Mid-Fidelity Prototyping

Drawing from brainstorming sessions and research insights, I developed mid-fidelity prototypes to translate the refined information architecture into tangible user interfaces.

Prototypes of Key Screens

Usability Testing

We conducted task-based usability testing with 3 participants to identify remaining navigation issues and validate the prototype's effectiveness. Overall, the task completion rate was approximately 78%.

Key Finding: “Resources” Expectation Gap

Finding: Users expected “Scholarships” to appear under “Resources” as obtainable benefits rather than under “Programs” as participatory initiatives.

Original IA

User Feedback Summary

Improvement: Move “Programs,” including “Scholarships,” under “Resources” to align with user expectations and improve findability.

Updated IA

Final Information Architecture

We finalized the information architecture based on previous findings and additional issues identified during prototyping.

Final Information Architecture

High-Fidelity Prototyping

Based on the information architecture, we refined the design and created an interactive prototype. We then developed a design system with reusable components and used a mix of placeholder and real content for stakeholder demos.

Complete High-Fidelity Prototype Screens

Design System

Design Components

Outcomes & Future Directions

We set up Google Analytics on the BHS website to track user data. After our design is implemented, BHS can analyze this quantitative data to inform future design decisions and improvements. This approach has sparked interest from other partner organizations.

To drive organic traffic, we explored Search Engine Optimization (SEO) and proposed embedding relevant keywords in the code to improve indexing and ranking. We will work with engineers to enhance accessibility by adding alt text to images, providing context for brief CTA buttons, and implementing linked card designs.

Given more time, we would expand our user research and testing with a larger, more diverse group to validate our design prototype. We would also collaborate with stakeholders to update content and create a more welcoming, historically rich aesthetic.