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  • Healthcare EdTech
  • AI

Designing a university run entirely by AI agents

A free healthcare education platform run end to end by AI agents: free tuition, a refundable deposit, and a commitment to finish.

My role
Product Designer & Product Manager
Date
February 2026 - May 2026
Platform
Responsive Web Application
Tools
Figma, Figma Make, FigJam, Figma Slides, Notion
Team
Five of us: the stakeholder, an AI engineer, a front end developer, a second tester, and me

Chapter 01

Introduction

The product

Many people want a healthcare career and cannot afford the training, so they take loans they struggle to repay. Xel.care removes the trade-off: free CNA training, no tuition, no loan. In exchange, students commit to finishing and working once certified.

About the project

There is no admissions office, registrar, or instructor; every one of those roles is an AI agent. My job was the map that connects them: who talks to whom, and when.

Chapter 02

Problem space

Problems to solve

  1. Healthcare education pushes people into debt

    Tuition costs force aspiring CNAs into loans that many cannot repay, even after they qualify.

  2. Free invites disengagement

    People tend to drop things they have not paid for. A free education model lives or dies on whether students actually follow through.

  3. Nobody had built this before

    An education platform run end to end by AI agents was new territory for everyone, including the AI engineer.

Why solve these problems?

If free, AI-run education could reliably produce working CNAs, the model could remove the cost barrier for a whole career path, then repeat in other fields. Everything hinged on commitment and coordination, which are design problems as much as engineering ones.

User satisfaction matrix for Xel.care
User satisfaction matrix

Goals

Company objective

Prove that free, AI-run education with deposit-backed commitment could produce working CNAs

Project goals

  • Design the full agent flow, from admissions to licensing
  • Keep students committed to a program they get for free
  • Take a student from application to certification to placement
  • Make talking to an AI agent feel as natural as talking to staff

Our users

Aspiring CNAs

People who want a foothold in healthcare without debt. Research later showed many were drawn more to a stable paycheck than to care work, which ended up steering the product's direction.

Jobs To Be Done

Get certified without taking on debt

Free tuition with a refundable $250 deposit instead of a loan.

Learn around my own life

The General Course Agent builds each student's timetable around their availability.

Prove my skills and get placed

Micro-skill scoring with required retests, then matching to a real placement nearby.

Chapter 03

Solution space

Exploratory research

User interviews

Who we interviewed

We spoke with prospective CNA students throughout the project

Our hypothesis

  • People who want CNA careers are blocked mainly by cost (only partly true, it turned out)

Learnings

  • Most people interested in a CNA path were drawn to a stable paycheck, not to healthcare itself
  • A passion gap is much harder to close than an access or cost gap

Solutions

ProblemHealthcare education pushes people into debt

SolutionCompletely free CNA training run by AI agents: admissions, enrollment, coursework, licensing prep, and placement in one flow.

ProblemFree invites disengagement

SolutionA refundable $250 deposit. Not about the money; about making sure people who enrolled meant it.

ProblemNobody had built this before

SolutionWe figured it out stage by stage, testing each agent as it came online and trading scope openly when something would not ship in time.

User flow

The agent map

A Lead Orchestrator holds each student's record end to end. Below it, agents hand off in sequence: Admissions interviews and decides, Enrollment collects the $250 deposit, the General Course Agent builds timetables and rolls grades into a GPA, Placements matches certified students to real placements, and the License Agent preps them for the exam.

Xel.care AI agent flow map from admissions to licensing
The agent map, from admissions to licensing

InsightDesigning this meant deciding who talks to whom and when, not just what each screen looks like. One early Course Agent taught pre-surgical hygiene, scored down to micro-skills with required retests.

Iteration: video interviews become audio

I wanted admissions interviews on video, the way a real admissions officer would run them. We could not solve it in time.

InsightWe shipped audio instead, so students could talk rather than only type. An open trade-off, with video still on the list.

Low-fidelity exploration

Early exploration was the system before the screens: mapping agent handoffs and student states, then wireframing where students meet each agent.

Xel.care wireframes, part oneXel.care wireframes, part twoXel.care wireframes, part three
Early wireframes

High-fidelity design

The final designs carry students from interview to coursework to grades while always making clear which agent you are talking to and what happens next.

Xel.care Enrollment Officer onboarding screenXel.care clinical training screen, part oneXel.care clinical training screen, part two
Enrollment onboarding and clinical training screens

Prototype (recording)

Prototype walkthrough

Usability testing

I tested the product myself throughout, alongside a second dedicated tester as each agent stage came online.

Results

  • Typing a whole admissions interview felt cold, which pushed us to the audio option
  • It was easy to lose track of which agent you were talking to, so each got a clear identity in every conversation
  • Retests did not say what to redo, so score feedback now points at the specific skill

Measuring success

Was the project successful and why?

Paused, on purpose

Xel.care has zero customers; we paused before reaching Placements. The deciding insight came from research, not the build: most people wanted a paycheck more than care work, and a passion gap is harder to close than a cost gap. The stakeholder paused Xel.care to focus on AfroHealth. For me, this is the project where I stopped designing products like they belonged to someone else.

Metrics and KPIs

  • Flow built end to end through the Course Agent stage, including hands-on skills training
  • Zero customers at pause, stopped at the Placements stage
  • Research redirected the model: paycheck motivation outweighed passion for care work

Future vision / next steps

  • Apply the model to fields where passion already exists but affordable education does not
  • Xel.tech is one direction under consideration
  • Agent video calls remain on the list

Chapter 04

Final designs

Xel Care classroom module overview
Classroom module
Xel Care classroom lesson quiz
Classroom lesson quiz
Xel Care skills lab with real-time practical feedback
Skills lab
Xel Care clinical placement experience
Clinical placement

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