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splitEV driver map showing nearby available chargers.

2024–25 · Design

splitEV

Turned screens designed in isolation into one connected mobile app, web app, and marketing site for a Series A EV-charging startup ahead of launch. Founding design partner and product strategy lead, B'More Designful.

Product strategy & research lead · B'More Designful

Product strategyUser researchRITE testingDesign systemOnboardingHost experience

Results

Mobile + web + marketing siteDesign system standardizedOnboarding redesigned

Context

splitEV is a Series A startup and Techstars alum building an EV-charging product with a driver side and a host side. It was a client of B'More Designful, the venture studio I co-founded, and we were its founding design partners across the mobile app, the web app, and the marketing website.

I led product strategy, user research, and user testing. I worked with the founder and with an offshore engineering team, redesigned the onboarding flow, and worked on the host-side experience.

Constraints

  • The launch date was set for March 2025 and then pushed back repeatedly.
  • Beyond internal users, we couldn't reach real users except through what the founder was comfortable with, so we sourced our own testers and leaned on the founder's feedback for direction.
  • An offshore engineering team, so handoff had to be unambiguous.

Problem

When we arrived, many screens had been designed in isolation. The user flows had been built independently of each other, so the app had no cohesive experience and no shared design system. That's a problem for an engineering team that has to build it, and for a driver who has to use it.

North starOne connected product that engineering could build without guessing how the flows fit together.

Decisions

Decision 01

Connect the flows before polishing screens

Options
Polishing each screen where it stood, or mapping the whole product first.
Chose
Join the separate flows into one cohesive app the development team could build from.
Didn't build
More one-off screens.
Cost
Weeks spent on structure before any screen looked better.
Decision 02

Cut steps and redo onboarding

Evidence
The first-run flow was where the disconnected design was most visible.
Chose
Reduce the number of steps in key flows and redesign onboarding.
Cost
Fewer steps meant deciding what to defer or drop, which needed the founder's agreement.
Decision 03

Standardize one design system

Chose
Consolidate the visual language and components across the mobile app, web app, and marketing site, and revamp the screens on top of it.
Cost
Some existing screens had to be redrawn to match.
Decision 04

Test with the users we could find

Options
Waiting for access to real customers or sourcing our own testers.
Evidence
No access beyond internal users and what the founder allowed.
Chose
Run RITE testing (rapid iterative testing and evaluation) with users we recruited ourselves, fixing problems between sessions instead of at the end.
Cost
Our testers weren't necessarily the eventual customers.

Solution

The deliverables were a connected set of flows for the mobile app, a shared design system used across mobile, web, and the marketing site, a redesigned onboarding flow, and a rebuilt host-side experience, covering sign-in and sign-up, vehicle management, maps, station search, filtering, and station detail.

splitEV driver map showing nearby available chargers. splitEV vehicle screen showing a connected Tesla Model S charging.
Decision 1: the driver flows as one app, from finding a charger on the map to managing the connected vehicle.
splitEV host onboarding step asking where the charger is. splitEV host onboarding step asking when drivers can charge.
Decision 2: the redesigned host onboarding, from charger address to availability, booking rules, and pricing.
splitEV host analytics with monthly earnings, chargers, and schedule.
The host-side experience: earnings, chargers, and schedule in one view.

Outcome

The app now had one set of connected flows, shorter paths through key tasks, and a design system engineering could build from. I don't have launch metrics to report. The launch date kept moving, and much of what we learned came from our own recruited testers.

Do differently

  1. Push for a smaller first release with a fixed date, instead of a bigger launch that keeps slipping.
  2. Set up a standing panel of real drivers and hosts early, so research didn't depend on what the founder was comfortable sharing.
  3. Agree with the offshore team on how design tokens and components reach code, so the shared design system stays shared after handoff.
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