UNITED HEALTHCARE
Micro Case Study—
Reframing a Work Queue Mock Up in Real Time
During a live business discussion, the team was struggling to align on how to design a new work queue without rebuilding backend systems or expanding scope beyond MVP.
Problem
The existing design assumed:
Workflows came first
Users were assigned afterward
This created tension between business goals and system constraints.
Insight
While listening, I noticed a repeated theme:
“The first thing that needs to happen is selecting a person who will own the work.”
The real problem wasn’t workflow design; it was entry-point framing.
Action
Using Figma Make (AI-enabled design within Figma), during the live meeting, I entered a prompt instructing the system to reinterpret the existing UI through a new, user-first framing.
I reframed the problem in real time:
“Design the queue around selecting a person first, then assigning work.”
Rather than generating a speculative concept, I leveraged Figma Make to rework the current interface structure, allowing us to see how the same system could support a person-first workflow without redesigning from scratch or changing backend assumptions.
1) Example of initial mockup before rework
2) Example of mockup after re-framed within Figma Make (user enters the screen and selects their name.)
3) The user is presented with role-specific work items.
I used structured prompts to:
Reframe a work-queue system from queue-first to person-first
Test how identity selection and ownership rules should work under MVP backend constraints
Validate guardrails that prevent users from accidentally working on someone else’s items
Outcome
The generated concept challenged existing assumptions and unlocked a new solution space without requiring backend changes. I presented it live; the room went quiet, and the director of architecture called out the approach as compelling.
Role of AI
AI supported: rapid exploration after reframing
Human judgment: recognizing the framing shift, selecting the concept, and guiding discussion
Why It Matters
Enabled real-time problem reframing
Prevented unnecessary technical rework
Accelerated alignment across disciplines