UI/UX Design in Edmonton (Product, Mobile & Web)

A SaaS product team needed to improve first-session activation and reduce onboarding drop-off without rewriting the entire interface. Their existing flows exposed too many decisions early, and users often stalled before completing key setup tasks. The objective was to redesign onboarding and navigation patterns while preserving platform capabilities and minimizing engineering rework.

We started with a focused research phase: stakeholder interviews, analytics review, and usability sessions with target users. Instead of broad subjective feedback, we mapped concrete friction points across signup, setup, and first-value paths. This produced a prioritized backlog tied to measurable product signals such as activation rate, task completion time, and where users exited the flow.

Information architecture and wireframe work came next. We simplified primary paths, reduced branching decisions, and grouped related actions into clearer steps. Interactive prototypes were tested in short cycles to validate comprehension, screen sequence, and interaction clarity before moving into high-fidelity design. This approach reduced the chance of late-stage UI revisions during implementation.

To support engineering delivery, we created a component system with explicit states and behavior notes. Each critical element included loading, empty, and error definitions, plus accessibility guidance for focus order, semantic labels, and contrast handling. Tokenized spacing and typography rules were documented so teams could apply patterns consistently across modules rather than redesigning components per screen.

Handoff included annotated prototypes, developer-ready specs, and review sessions with product and engineering leads. We covered interaction edge cases, tracked open implementation questions, and aligned acceptance criteria for the first release. This made QA clearer because test scenarios could be mapped directly to the same flows that had been validated during design.

After launch, onboarding friction decreased and early task completion improved, with clearer visibility into drop-off points for follow-up iteration. Support requests related to setup confusion declined, and the team gained a reusable design baseline for upcoming modules. Subsequent work shifted from redesigning screens to measured usability improvements guided by product signal trends.