UI/UX Design

The flow, not just the screens

User experience design focused on task flow, information architecture, and reducing friction end to end.

Overview

User experience design is the structural layer underneath the interface - the information architecture, the sequence of steps a task takes, and the points where people currently get stuck or give up. It's finished before visual design starts, because a confusing flow doesn't get fixed by making it look nicer.

A business needs this when a product or site is easy enough to look at but hard enough to use that people abandon a task partway through - a signup that loses people at step three, a checkout with an unclear next action, a navigation structure that makes sense to whoever built it and no one else.

In simple terms

User experience design is the practice of structuring how someone moves through a product or site - the information architecture and task flow - independent of how it's visually styled, so the underlying structure works before any screen gets designed.

Capabilities

What we bring to this

01

Information Architecture

  • Site and app structure mapping
  • Content grouping and labelling
  • Navigation hierarchy design
02

User Flow & Task Design

  • End-to-end task flow mapping
  • Step reduction where steps add no value
  • Decision-point simplification
03

Friction Point Removal

  • Drop-off diagnosis on existing flows
  • Form and input friction audits
  • Error state and recovery design
04

Cross-Device Consistency

  • Experience parity across breakpoints
  • Handoff points between devices
05

Accessibility

  • WCAG-aligned structural decisions
  • Keyboard and screen-reader flow checks
What's included

Scope of work

AreaWhat's included
Information architectureFull site or app structure map with navigation logic
Task flowsStep-by-step flow diagrams for each key task
Friction auditDiagnosis of where the current experience loses people, if one exists
Accessibility passStructural review against WCAG guidelines before visual design starts
How we work

The engagement, step by step

Map the current state

Document how the existing product or site is structured, including where it currently breaks down.

Define the target flows

Lay out the ideal task sequence for each core action, independent of current constraints.

Structure the information architecture

Group and label content so navigation matches how users actually think about it, not how the org chart is structured.

Review for friction and accessibility

Check the proposed structure against known friction patterns and accessibility requirements before it moves forward.

Validate against wireframes

Hand the structure into wireframing to confirm it holds up once it has a real layout.

Use cases

Where this fits

  • A signup or checkout flow with a known drop-off point but no clear diagnosis of why
  • A site with content that has grown organically until the navigation no longer matches how people look for things
  • A product being rebuilt where the old structure was inherited rather than designed
  • An experience that needs to work consistently across mobile, tablet, and desktop rather than degrading on smaller screens
Who this is for

Who needs this

Teams with a measurable drop-off but no clear cause

Structural review often finds the cause is a flow problem, not a visual one.

Teams inheriting a site or product with organic, undocumented structure

Information architecture work gives the navigation a logic someone can maintain.

Benefits

What changes for you

  • Fewer steps between someone arriving and completing the task they came to do
  • A navigation structure that matches how users actually look for things, not just how content is organised internally
  • A structure that holds up once visual design and development are layered on top of it
Why us

Why work with EASI7 on this

  • We treat structure as a separate, sequenced phase - not something decided implicitly while designing screens
  • Accessibility gets considered at the structural stage, which is cheaper to fix than retrofitting it after visual design is locked
  • Friction diagnosis is based on session recordings and flow data where they exist, not assumption
FAQs

Common questions

UX covers structure and flow - how someone moves through a task. UI covers the visual layer on top - layout, colour, typography. Both matter, but UX decisions come first since visual design can't fix a confusing flow.

It can fix the structural cause going forward, but it can't retroactively undo the reputation - that recovers over time as people experience the improved version. We won't promise a perception shift on a timeline we don't control.

Usually just the parts that are broken, once we've identified them - a full flow rebuild is only justified when the underlying structure itself doesn't hold up, not just one weak step.

User experience design defines the flow and structure; wireframing gives that structure a layout; prototyping makes the flow clickable to test before development. They can run as one continuous engagement or as separate phases.

Structural accessibility - navigation logic, flow order, keyboard paths - is part of UX design. Detailed visual accessibility work, like colour contrast, happens at the UI design stage.

Where analytics exist, task completion rate and drop-off point are the honest measures - we'll flag them before the work starts rather than promising a specific improvement number we can't control.

Get in touch

Have a flow that people keep abandoning partway through?

Tell us where they drop off and we'll tell you honestly whether it's a structure problem or something else.

8+ Years in market
15+ Engagements delivered
Avg. traffic growth
40% Avg. CPL reduction

Ready to get started?

We usually reply within 24 hours.

Page Optimization Data

Primary Topic
UI/UX Design
Primary Intent
commercial - service research
Parent
UI/UX Design
Suggested URL
/services/ui-ux-design/user-experience-design
Breadcrumb
Home / Services / UI/UX Design / User Experience Design
Key Entities
Information ArchitectureUser Flow DesignTask CompletionFriction ReductionAccessibilityCross-Device Consistency