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DESIGN EDITOR/DESIGN
SYSTEM

Delivered an ADA-compliant design editor with built-in accessibility tools to help users create accessible documents. Our efforts earned a VPAT (Voluntary Product Accessibility Template) certification, validating the platform's accessibility and usability.

ROLE

  • Built an accessibility-first design system from scratch.

  • Designed the editor interface following WCAG guidelines and integrated built-in accessibility tools.

TEAM

  • 1 Senior Product Designer

  • 1 Product Designer (me) 

  • 1 Engineering Manager

  • 3 Senior Engineers (during the early stages)

  • 1 QA

The Accessibility Gap

According to Level Access' 2023 State of Digital Accessibility Report, 75% of organizations want to improve digital accessibility but have too many competing demands and time constraints. 

 

Businesses and organizations are facing challenges in creating accessible digital content due to the lack of proper accessibility support in digital design tools. We’ve also received increasing feedback from users, especially regarding compliance with standards like WCAG, ADA, and Section 508. If these challenges aren’t addressed, we risk not only failing to meet accessibility standards but also losing valuable customers.

PROBLEM

Listening to Users

Working with a senior designer, we conducted 13 discovery calls with our target audience, accessibility experts, and screen reader users to gain insights into their needs, challenges, and perspectives on accessibility.

 

Users in corporate, government, and educational sectors create accessible documents for both internal and external communication to ensure inclusivity, comply with legal requirements, and support workplace accommodations. While they understand the importance of accessibility, they lack expertise and struggle to balance it with operational constraints.

Key challenges in their workflow:

  • Accessibility as an afterthought, relying on third-party tools like Adobe Acrobat Pro DC and CommonLook PDF validator for accessibility checks, leading to long remediation process.

  • Overwhelming guidelines, leaving users unsure if the implementation is correct.

  • High costs of accessibility vendors and platforms.

We've identified 3 key persona:

Darron Mitchell

The Business-First Executive

ROLE

Operations Director at a multinational corporation

GOALS

Improve team productivity, ensure profitability, and mitigate legal risks.

VALUES

Supports accessibility when it aligns with business goals, reduces liability, or enhances brand reputation.

CHALLENGES

Struggles to balance accessibility with budget constraints and business priorities.

Catherine Johnson

The Accessibility Advocate

ROLE

University Administrator focused on inclusivity

GOALS

Ensure 508 compliance in university materials and advocate for better accessibility policies

VALUES

Believes accessibility is crucial for education but lacks in-depth technical expertise.

CHALLENGES

Faces difficulty implementing accessibility due to limited institutional support, complex guidelines, and resource constraints.

Zeo Anderson

The Screen Reader User

ROLE

Accessibility Specialist at a government agency, relies on screen readers.

GOALS

Access and create digital content easily, perform tasks efficiently, and advocate for better accessibility.

VALUES

Sees accessibility as a fundamental right and expects all digital content to be screen reader-friendly

CHALLENGES

Struggles with poorly structured documents and inaccessible PDFs, causing delays and frustration in completing tasks.

How might we...

empower all users to create and interact with accessible digital content?

User Objective

Help users create accessible documents seamlessly throughout the design process, eliminating the need for post-creation checks or reliance on external tools.

Business Objective

Expand our market reach, attract leads from sectors that require compliance (such as government, education, and healthcare), promote social responsibility, and future-proof our business.

User Objective

  • Acknowledgment of compliance with Section 508

  • Increased engagement with accessibility tools and higher user satisfaction among those who prioritize accessibility

  • New accessibility leads from industries with compliance needs

Design
process

Building an Accessible Design System

Instead of simply adding accessibility features to our existing tool, we undertook a major redesign and re-engineering of our editor to make it accessible from the ground up. Accessibility became a core principle, embedded in every aspect of the design and functionality.

 

As a designer, one of my key contributions to this project was introducing a new design system built on accessibility principles. This system standardized:

  • Color palettes that meet WCAG 2.1 AA standards.

  • Typography and iconography optimized for legibility.

  • UI components with clear hover, focus, and active states.

  • Guidelines for accessible design best practices and component usage.

This system enhanced consistency, efficiency, and inclusivity across all Venngage products. I also played a crucial role in guiding peers on component building, using variables, and effectively utilizing the design library.

Design system showcasing iconography, brand color, and text size guide.
An accessible design system showcasing button size guides, input components, dialog boxes, tooltips, and informational components with a structured layout.

Modernizing the Interface

Building on this foundation, I revamped the editor interface to improve usability, featuring a clean, light UI that enhances readability and offers a larger editing workspace. I ensured a consistent look and feel while adhering to WCAG Level AA standards for accessibility.

New editor interface, showcasing a redesigned, streamlined UI with improved readability and workflow efficiency.

Before

  • General and editing controls were cramped in a small bar.

  • Button styles were inconsistent.

  • The narrow sidebar menu made browsing and searching for assets challenging.

After

  • Clear separation between the navbar (use for document settings) and the toolbar (use for design editing).

  • Streamlined context toolbar ensures quick access and improves option findability.

  • Larger sidebar menu with thumbnails for better browsing and searching experience.

Old editor interface showing a cluttered toolbar with general and editing controls.
Old editor interface showing a narrow sidebar menu with an icon library.
New editor interface showing a streamlined context toolbar.
New editor interface showing a larger sidebar menu with an icon library.

Integrating Accessibility

Instead of viewing accessibility as an external add-on, we aimed to guide users toward making accessible design choices. We pinpointed two key moments where accessibility could to be woven into the process:

  • During the design process: Users receive real-time guidance (e.g., contrast checking, alt text suggestions) without interrupting their workflow.

  • After the design process: The final Accessibility Checker ensures that designs are fully compliant before publishing.

 flowchart illustrating how accessibility is integrated into the design process, featuring steps like contrast checking, adding alt text, and verifying compliance before publishing.
Side-by-side comparison of an old and new editor interface, showcasing a redesigned, streamlined UI with improved readability and workflow efficiency.

Spotlight 1:

Contrast checker

One of the most common accessibility issues is low color contrast, which affects readability for users with visual impairments. Traditionally, users would need to manually check contrast ratios, an extra step that few took.

I designed a real-time contrast checker embedded within the color picker. If contrast levels were too low, users received an in-context message with direct recommendations for better contrast choices. This allowed users to make informed decisions as they adjusted the colors.

A color menu showing WCAG 2.1 AA contrast compliance, with warnings for low contrast text and recommendations for accessibility improvement.
Editor interface showing a color contrast checker, warning users about low contrast text and providing WCAG compliance recommendations.
Side-by-side comparison of an old and new editor interface, showcasing a redesigned, streamlined UI with improved readability and workflow efficiency.

Wireframing & Exploration

I explored multiple ways to present contrast information within the color picker to help users make accessible color choices:

  • Real-time contrast preview with WCAG AA levels and contrast ratio.

  • Contrast borders as visual cues to improve affordance.

  • Accessible range within the color picker UI.

  • A quick access to the visual simulator.

Wireframe of a color picker interface showing different color options, contrast ratios, and a visual simulator.
Side-by-side comparison of an old and new editor interface, showcasing a redesigned, streamlined UI with improved readability and workflow efficiency.

Usability Testing

To validate my design choices, I ran moderated and unmoderated usability sessions with 8 participants. It became clear that many users felt overwhelmed by the color menu.

Key Findings

  • Most users preferred to visually inspect color changes on the canvas, often ignoring contrast previews.

  • The color menu created information overload, with too many elements competing for attention.

  • Advanced users appreciated detailed contrast data, most users didn't engage with it.

Prototype of the first version of the color menu with a built-in contrast checker, displaying a long menu with numerous controls.
Prototype of the refined version of the color menu with a built-in contrast checker and a streamlined UI.
Side-by-side comparison of an old and new editor interface, showcasing a redesigned, streamlined UI with improved readability and workflow efficiency.

Iterations: Simplifying Complexity

In the next few iterations, I focused on simplifying the layout and making contrast guidance easier to follow:

  • Replaced technical WCAG terms with simple, intuitive labels: “Low contrast,” “Good contrast,” and “High contrast.”

  • Removed rarely used controls like RGB inputs to reduce clutter.

  • Kept in-depth contrast details hidden but accessible for those who want more information.

Side-by-side comparison of an old and new editor interface, showcasing a redesigned, streamlined UI with improved readability and workflow efficiency.

Spotlight 2:

ALT TEXT GENERATOR

Many users requested the ability to add alt text to their visuals for better accessibility. To address this need, I designed an alt text editor that allowed users to add descriptions to icons and images.

 

The initial alt text editor was only accessible through the toolbar, which wasn't immediately discoverable. The modal also obscured the image, preventing users from seeing what they were writing about. This disconnect made it harder to write accurate and meaningful alt text.

An 'Add Alt Text' modal with text input field titled 'Description', a checkbox labeled 'Mark as decorative', and 'Cancel' and 'Save' buttons
Side-by-side comparison of an old and new editor interface, showcasing a redesigned, streamlined UI with improved readability and workflow efficiency.

Iterations:
Leveraging AI to Enhance Accessibility

After launch, I got feedback that many users had trouble writing good alt text. In response, I introduced several improvements in the next version:

  • An AI alt text generation tool that can create descriptions with a single click. 

  • An in-context modal that keeps the image visible while editing.

  • Alt text tags above images for quick access and encourage interaction.

These updates with in-product nudges, led to a 12% increase in alt text usage and improving overall accessibility. This also reflects a broader trend—AI is becoming an essential driver in making accessibility more approachable and scalable.

Mouse cursor hovering over the alt text tag above the image.
An AI-powered alt text generator within a design interface, enabling users to add and preview descriptions.
Side-by-side comparison of an old and new editor interface, showcasing a redesigned, streamlined UI with improved readability and workflow efficiency.

Spotlight 3:

ACCESSIBILITY CHECKER

Many accessibility tools only identify issues, but they don’t tell you how to fix them. Working with the senior designer, we designed an all-in-one accessibility checker that actively guides users through the remediation process. Our checker includes:

  • Automated audits that detect and highlight accessibility issues.

  • Detailed recommendations with step-by-step instructions for remediation.

  • A reading order editor to restructure documents for better compatibility with screen readers.

  • A visual simulator that lets users experience designs from the perspective of individuals with color blindness or vision impairments.

A design tool interface with an accessibility checker identifying issues like missing alt text, insufficient color contrast, and improper heading structure.
An accessibility panel displaying a document’s reading order, allowing users to rearrange text elements for improved screen reader compatibility.
A design tool interface featuring a color vision simulator, allowing users to preview designs with various types of color blindness, such as deuteranopia and protanopia.

Version 1:
An Overwhelming Checklist

The initial version of the accessibility checker aimed to combine automated audits and manual checks in a single workflow. While functional, user feedback revealed several pain points:

  • No clear distinction between auto-detected issues and manual checks.

  • A cluttered accessibility checklist that felt overwhelming.

  • Unclear icons with not enough context.

These issues made the remediation process feel confusing and cumbersome.

Side-by-side comparison of an old and new editor interface, showcasing a redesigned, streamlined UI with improved readability and workflow efficiency.

Version 2:
Clarity, Structure, and Feedback

In the second version, we focused on simplifying the experience. The workflow was reorganized into three clear sections:

  1. Fix auto-detected issues

  2. Perform manual checks

  3. Confirm document settings

To help users track progress, we added a live-updating status bar to show remaining issues, giving users instant feedback as they fixed problems. A follow-up test validated that this update made the remediation process clearer and less overwhelming.

First version of an accessibility checker with a long items of accessibility checked items.
Refined version of the accessibility checker, featuring organized check items divided into guided sections.

Challenges &
solutions

Like any ambitious project, we faced challenges along the way. Our MVP editor fell short of expectations. The early designs included every detail for accessibility—guidelines, best practices, and instructions—but users felt overwhelmed during alpha testing and didn’t know where to start. Based on this feedback, we quickly we refined our approach and made improvements to address the following challenges:

Initial accessibility features were packed with complex details and guidelines, leaving users overwhelming.

Solution: Reframed accessibility as an assistant, using plain language instead of compliance jargon, and break down process into manageable steps.

01

Information Overload

It's time-consuming for users to fully understand the best practices and apply fixes manually.

Solution: Leveraged automation and AI to simplify the process. For example,

generating alt text with a single click, making accessibility faster and easier.

02

Demand for Manual Fixes

Users unfamiliar with accessibility struggle to implement best practices correctly and lack confidence when creating accessible content from scratch.

Solution: We lowered the barrier with ready-made, fully accessible templates, allowing users to create inclusive designs with ease.

03

Barriers to Getting Started

IMPACT

Achieved WCAG AA Compliance

Prioritizing digital accessibility reinforced Venngage’s position in inclusive design tools. Our efforts earned us a VPAT (Voluntary Product Accessibility Template) that strengthened our reputation and built trust with key industries like education, healthcare, and nonprofits.

See Compliance Report: Venngage VPAT (2024)

Increased engagement with accessibility tools

15% of users interacted with these features during their first session, and 20% of users created accessible designs after registration. Enterprise and business users have also shared positive feedback on our accessibility efforts.

Generated Accessibility Leads

Generated 50+ Accessibility leads in 3 months of the release, expanding our reach and attracting users who needed accessible design solutions. Accessibility became a competitive advantage!

Learnings

Design with Accessibility in Mind

Accessibility isn’t just a checklist—it’s a mindset. The biggest takeaway from this project was that accessibility is not only about legal compliance; it’s about integrating inclusivity into the product lifecycle to create a better experience for all users.

Co-creating with Users

By talking to users, I gained insight into how they approach accessibility and experienced it from a screen reader’s perspective. This allowed me to tailor solutions that were intuitive and user-friendly, bridging the gap between best practices and real-world implementation.

Take Ownership and Continuously Learning

While working on the new editor, I identified an opportunity to redefine the product's visual language and took ownership of the design system. This initiative not only improved the design workflow but also helped me enhance my skills in Figma and grow as a product designer.

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