Enterprise UX / web components / wrapper systems

Fabric UX web component library

A component platform for dense Microsoft enterprise software: web components as the single source of truth, supported by thin Angular and React wrappers so Power BI client migration work can move without fragmenting the design system.

What matters here

Manage Fabric Web and Fabric Copilot component libraries across web components, Angular, and React.
Keep the implementation model centered on one web component source of truth instead of three competing stacks.
Maintain thin framework wrappers that expose the same component behavior to Angular and React clients.
Support enterprise Power BI client migration work with stable, reusable UI primitives.
Scale the library across more than 120 components without letting product teams fork behavior or interaction patterns.

Operating model

The core contract lives in the web component. Angular and React wrappers stay intentionally thin: they adapt the element to each framework, but do not become separate component products. That keeps accessibility, interaction, styling, and migration behavior aligned across enterprise clients.

This work includes both fabric-web and fabric-copilot components, each with respective Angular and React wrapper packages. The practical value is not just shipping components; it is keeping a large migration surface coherent while teams move through different client frameworks at different speeds.

120+ components across the platform

3 delivery layers: web components, Angular, React

2 libraries: fabric-web and fabric-copilot

~1,100 auditor findings resolved

Component surfaces

One contract, many clients

The work spans small primitives and composed enterprise moments: avatar attributes, onboarding surfaces, Copilot-flavored experiences, and Power BI migration screens that need the same semantics in every framework.

Primitive coverage Attributes, sizes, named colors, active appearances, and state semantics.

Attributes

Shapes

J J

Sizes

JJJ JJJ JJJ JJJ

Named Colors

Active States

J J J

Reducing wrapper drift

The hard part is not only building a component once. It is keeping the web component, Angular wrapper, React wrapper, documentation, exports, examples, accessibility semantics, and product usage aligned as the library changes. Drift shows up quietly: a wrapper misses an implementation detail, a package forgets an export, an example teaches the wrong pattern, or a framework adapter changes the public contract by accident.

My role is to keep that surface boring in the best sense: deterministic, inspectable, and hard to misuse. The web component remains the behavioral source of truth, while wrappers stay thin enough to serve framework users without becoming parallel implementations.

Checklist auditor

I built deterministic auditing tools that turn component quality into repeatable checks rather than tribal knowledge. The checklist auditor resolved roughly 1,100 bugs across the platform by finding inconsistent semantics, missing component exports, wrappers with missing implementation details, inconsistent documentation, and code patterns that needed enforcement.

Compare component contracts across web component, Angular, and React packages.
Detect missing exports, missing wrapper details, and documentation mismatches.
Enforce repeatable code patterns before drift reaches product teams.
Feed agentic AI workflows with structured findings instead of vague review comments.

Deterministic tools + agentic workflows

AI as a review multiplier, not a source of truth

Agentic workflows help review Figma specs, compare intended behavior against available components, summarize repository evidence, and file actionable gaps. The deterministic auditor keeps the workflow grounded: AI can explain, route, and accelerate the work, but the checks that protect semantics, exports, wrappers, documentation, and patterns remain stable and repeatable.