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Arizona State University
Learning Engineering Institute
DIAL: Developing an Inclusion Assessment Library
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About DIAL/LEI

The DIAL app is a responsive web application designed to help researchers and educators discover and explore instruments used in the social sciences to study and implement inclusive practices. Users can perform keyword-based searches or use advanced filtering options to find relevant instruments. Each instrument includes a set of metadata that provides detailed information.

LEI Website
ASU Learning Engineering Institute
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Arizona State University
Learning Engineering Institute
DIAL: Developing an Inclusion Assessment Library
Search now
About DIAL/LEI

The DIAL app is a responsive web application designed to help researchers and educators discover and explore instruments used in the social sciences to study and implement inclusive practices. Users can perform keyword-based searches or use advanced filtering options to find relevant instruments. Each instrument includes a set of metadata that provides detailed information.

LEI Website
ASU Learning Engineering Institute
Feel like something is missing from the repository?
Do let us know by filling out this form here:
Update Form
Arizona State University
Learning Engineering Institute
DIAL: Developing an Inclusion Assessment Library
Search now
About DIAL/LEI

The DIAL app is a responsive web application designed to help researchers and educators discover and explore instruments used in the social sciences to study and implement inclusive practices. Users can perform keyword-based searches or use advanced filtering options to find relevant instruments. Each instrument includes a set of metadata that provides detailed information.

LEI Website
ASU Learning Engineering Institute
Feel like something is missing from the repository?
Do let us know by filling out this form here:
Update Form

Web app · ASU

ASU Learning Engineering Institute

DIAL

DIAL

DIAL

DIAL (Developing an Inclusion Assessment Library) is a responsive web app that helps researchers and educators find the instruments social scientists use to study and practice inclusion. In October 2025 I designed its screens for the Alpha release, from the home page and search states to the instrument detail views.

TIMELINE

Oct 2025

TOOLS

Figma

Before DIAL, instruments lived everywhere.

Faculty had no central, structured place to find validated instruments. Researchers pieced tools together from scattered sources and informal recommendations, then spent extra time checking whether each one was credible.

I designed the discovery experience and handed the screens to the developers in Figma.

What researchers needed.

  • A central repository of inclusion-focused instruments

  • Keyword search

  • Structured filters based on research criteria

  • Clear metadata for judging credibility quickly

The system also had to feel intuitive to first-time users and give experienced researchers advanced filtering. It needed to scale as instruments were added, follow ASU brand and accessibility standards, and fit a focused Alpha scope.

My role.

I worked across:

  • User flows from the requirements spec

  • Information architecture and how metadata shows on screen

  • Search and filtering UX

  • Wireframes and high-fidelity UI

  • Responsive design

  • Accessibility, to WCAG 2.1 AA

  • Collaboration with developers through implementation

Two ways into the library.

Stakeholder discussions and early exploration surfaced two behaviors. The Searcher knows what they want and starts with keywords. The Explorer prefers to browse by construct, methodology, validation status or year. The experience had to serve both without overwhelming either.

A layered landing page

  • A prominent search bar at the top

  • Category cards for point-and-click browsing

  • A collapsible Advanced Search panel

People could start simple and narrow their search step by step.

Structuring the metadata.

The spec defined two kinds of metadata on every entry, and I designed how each one shows up on screen.

Searchable metadata

  • Keywords

  • Category values, which double as filters and tags

Descriptive metadata

  • Author(s)

  • Year

  • Description or purpose

  • Validation notes

  • Usage context

Because category values double as filters and tags, the filters follow the way researchers judge an instrument.

Instruments or resources?

The repository held two related content types: instruments, which are measurement tools, and resources, the supporting materials around them. At first both appeared in one results flow.

In walkthroughs and early feedback, some users weren’t sure of the difference between the two. Mixed lists took longer to scan, and filtering felt heavier than it needed to. The fix had to come from the mental model.

1. Unified repository view

Mixed results sat in a card layout beside a left filter panel. It worked, though the page was dense to read.

2. Card system exploration

I explored several card patterns:

  • With and without images

  • Tag-based metadata chips

  • Different label hierarchies

  • Compact and expanded layouts

Scanning and consistency improved, but the two content types still blurred together.

3. Clear separation

The final direction split Resources and Instruments with a right-aligned tab switch. People focus on one content type at a time, and their filters persist when they switch.

Repository and detail pages.

The repository page has:

  • Persistent filters on the left

  • A search bar with visible filter chips

  • Structured result cards

  • 10 results per page, with pagination

  • Clear View buttons

Each card shows just enough metadata for a quick comparison, so the page reads as academic without overwhelming anyone.

Opening an instrument shows:

  • Full metadata

  • Validation information

  • Author and year

  • Download or view options

  • A PDF preview

  • Related resources or instruments

Researchers look for credibility cues first, so hierarchy drove this view.

Accessible and responsive.

  • WCAG 2.1 AA contrast

  • Keyboard-navigable filters

  • Clear semantic structure

  • Screen-reader compatibility

On mobile, filters stack vertically, tabs stay reachable, and cards keep their hierarchy at every breakpoint.

Alpha scope.

As an Alpha, the release left some features out on purpose:

  • Admin dashboard

  • Saved searches

  • Export and download tools

  • Usage tracking

  • Semantic search

The focus stayed on the foundation: reliable search over well-structured metadata.

The Alpha, now live, covers:

  • Keyword and advanced search

  • Structured filtering

  • Separate instrument and resource views

  • A responsive, accessible UI

  • Technical documentation and a shared repository

Project takeaways.

01
Most of DIAL’s clarity came from structure: how content was organized and how people moved between types of information.
02
The project deepened my work on metadata-driven systems and on balancing density with usability.
It also gave me more practice iterating from feedback and working closely with developers inside a fixed scope.

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