SELECTED LEADERSHIP WORK

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CASE STUDY / 01
GOVERNMENT OF MANITOBA

Redesigning E-licensing portals

Manitoba eLicensing is how residents buy fishing and hunting licences, apply for big game draws, and get park permits. Vendors, conservation officers, and government staff rely on it too. From June 2025 to May 2026, as Lead Product Designer (Portals), I led UX across five of its portals: Public Payments, Call Center, Finance, Enforcement, and District Office. I extended the existing design standards with the components these portals needed, gave design feedback to the Admin and Public portal designers, and brought Microsoft Copilot into the delivery cycle for French translation and address search, saving about a day per delivery cycle.

Manitoba eLicensing portal screens
Manitoba eLicensing portal screens
Problem
Manitoba eLicensing serves many kinds of users across many portals, and the existing design standards didn't have the components those portals needed. Residents found logging in confusing, mobile purchases clumsy, and eligibility rules hard to understand.
Why it mattered
Government portals serve everyone, from a resident buying a one-day fishing licence to a conservation officer checking a licence far from cell service. Inconsistent patterns make services harder to use and slow down the teams building them.
My responsibility
Lead Product Designer (Portals) for the Public Payments, Call Center, Finance, Enforcement, and District Office portals, working in a mixed team of about six from June 2025 to May 2026.
What changed
• New components that extend the existing standards across five portals • Clearer mobile purchasing • Simpler processes across every portal • Microsoft Copilot workflows for French translation and address search, saving about a day per delivery cycle
01 / 05

The problem

A separate team owned the design standards, but they lacked components the portals needed, so similar problems risked being solved in different ways from one portal to the next. The personas showed what was at stake for people: logging in required a customer ID number and password, mobile purchasing wasn't optimized, anglers buying several one-day licences weren't told an annual licence was cheaper, and hunters were unsure which designated lands they could apply for. April to June accounts for 50% of fishing licences sold (source: Government of Manitoba data).

Before-state portal screens showing inconsistent patterns
Before-state portal screens showing inconsistent patterns
Examples of the same component designed differently across the portals
Examples of the same component designed differently across the portals
Before-state / design delivery cycle● Friction
  1. 01

    Start a new feature

    Designers started from their own files and habits; no shared standard to begin from.
  2. 02

    Design the pattern

    Similar problems were solved differently from one portal to the next.
  3. 03

    Review and hand off

    Where the standards had gaps, reviews and handoff took more back-and-forth.
  4. 04

    Next cycle

    Manual, repeated steps made each cycle longer than it needed to be.

The core breakdown was not a single screen. It was the gap between the existing standards and what the portals needed.

Constraints

Many portals serving very different users, all working within each portal's existing delivery cycle. There were real-world constraints too: officers and park staff often work with poor or no connectivity, exemptions such as age or Indigenous rights are complex to verify, and every configuration has to line up with legal and financial rules.

Discovery approach

I looked at where the existing standards fell short for the portals and where time was being lost in each delivery cycle. The work drew on a set of proto-personas (June 2025) covering the public (anglers, hunters and trappers, park visitors), enforcement and field staff, retail vendors and outfitters, and admin, finance, and branch staff. Each persona set out goals, pain points, and behaviours to inform design decisions and journey mapping. Figures in the personas come from Government of Manitoba (GoM) data.

02 / 05

The decisions

Three decisions shaped the work: extend the existing standards instead of working around them, give consistent feedback to other portal designers, and bring AI into the delivery cycle.

DECISION 01

Extend the existing standards with the components the portals needed

A separate team created the design standards, but they lacked components the portals needed. Rather than letting each portal solve those gaps differently, I designed the missing components so they fit the existing standards. Public standards (Manitoba's basic style guide, which we turned into a design system the portals could build on) were then reused in the Outfitters portal, used by outfitters: licensed businesses that guide hunting and fishing trips.

On the Public Payments portal, I created components that let users track exactly what was purchased, shipped, and given as a gift, plus cart cards for the cart pages and the checkout payment steps.

New components added to the existing standards
New components added to the existing standards

DECISION 02

Give design feedback and guidance to other portal designers

I gave design feedback to the designers of the Admin and Public portals, helping keep the work consistent with the standards and with the rest of the eLicensing portals. That included sharing feedback and design solutions on how best to structure hunter questions for public users.

Every Friday, five designers met for an hour of design updates and shared direction. I took part in those sessions.

How we work
01Gather an inventory of the portals' current state
02Understand what's available for the look and feel: typography, colour, and components
03Design based on the structure
04Use AI where it's likely to save time
05Review feasibility with engineering
06Give and receive design feedback
07Improve the design and have engineering implement it
Design feedback or review examples
Design feedback or review examples
Public portal standards reused in the Outfitters portal
Public portal standards reused in the Outfitters portal

DECISION 03

Bring AI workflows into the delivery cycle

I introduced Microsoft Copilot workflows into the delivery cycle to take on repeated work.

Copilot handled French translation and address search, saving about a day per delivery cycle.

Example of AI workflow output in the delivery cycle
Example of AI workflow output in the delivery cycle
03 / 05

Leading the work

Leading UX across five Manitoba eLicensing portals meant filling gaps in the standards, keeping portals consistent, and helping other designers do their best work.

Collaboration map / provincial government portalsDELIVERY / JUN 2025 – MAY 2026

Components

Created the components the portals needed on top of the existing standards; Public standards (Manitoba's basic style guide, turned into a design system) reused in the Outfitters portal

Design standards created by a separate team

Design team

Gave design feedback to the Admin and Public portal designers

Mixed team of about six; weekly one-hour design updates and shared direction on Fridays with five designers, which I took part in

Delivery

Introduced Microsoft Copilot workflows into the delivery cycle for French translation and address search, saving about a day per delivery cycle

Partnered with scrum masters, business analysts, QA analysts, solution architects, tech leads, and product owners

Direction

Led UX across the Public Payments, Call Center, Finance, Enforcement, and District Office portals.

People

Gave design feedback to the Admin and Public portal designers to keep the work consistent across portals.

Process

Looked for repeated work in the delivery cycle and used Microsoft Copilot workflows for French translation and address search, saving about a day per delivery cycle.

04 / 05

Supporting the team

Standards and new components are only useful if the team uses them. I worked in a mixed team of about six from June 2025 to May 2026, and gave design feedback to the Admin and Public portal designers. Scrum master, Tech Architect, Tech team, Business analyst, QAs

Components, feedback, and shared patternsTeam enablement
Team artifacts
Team artifacts
My contribution

Led UX across the Public Payments, Call Center, Finance, Enforcement, and District Office portals; created components that extended the existing design standards; gave design feedback to the Admin and Public portal designers; introduced Microsoft Copilot workflows into the delivery cycle.

Team contributions

Partners led work on accounts, product selection, the Outfitters portal, and sign-in, among other areas.

Collaborator credit

Thanks to my fellow portal leads, business analysts, scrum master, architects, the tech team, and our stakeholders.

05 / 05

The result

The portals now share components that fill gaps in the existing standards, Public standards (Manitoba's basic style guide, turned into a design system the portals could build on) are reused in Outfitters, and Copilot handles French translation and address search, saving about a day per delivery cycle.

Public Payments

Reduced duplicate accounts by designing a checkout that remembers returning users and matches delivery and personal details to their existing account, saving any new information to the profile instead of creating a new one.

Enforcement

Mapped the conservation officer journey for the Enforcement portal to define the MVP. Offline field notes were identified as an opportunity but descoped for time, so they were not built.

District Office & Call Center

Made errors and support expectations clear for District Office and Call Center staff, including how much time they have to correct a mistake before escalating.

Before

Standards with missing components, and repeated manual work in every cycle

Before-state portal screensBefore-state portal screens
After

New components extending the standards, consistent feedback across portals, and Copilot handling French translation and address search

After-state portal screensAfter-state portal screens
Reflection

Leading UX across five portals showed me that consistency comes from how a team works, not just from a component library. Filling the gaps in the existing standards and giving consistent feedback let designers spend their time on the problems that matter.

What's next

The work delivered against the problems we set out to solve: shared components filled the gaps in the standards, mobile purchasing became clearer, and Copilot took repeated work off the team. The next step is to see how the maintenance team builds on these patterns.