Research-led design for
operational e-mobility
We translate electric vehicle strategy into usable mobility apps, responsive website and operator dashboards
—AI-accelerated sprints, accessibility by default, measurable outcomes.
Our e-Mobility Design Capabilities
The e-Mobility Components
- Product Showcase
- Cart
- Product Listing
- Comparison
- Features





Our UI/UX Process: From Insight to Impact

Discover
Interviews, ride-along studies and analytics to define goals, pain points and KPIs for EV charging apps, fleet management software and rider experiences.
Outputs: research report, personas, jobs-to-be-done, success metrics, risks.
Plan
Information architecture, service blueprints and user journeys across drivers, dispatch, depot and charging ops; low-fi wireframes to prove the flow.
Outputs: sitemap, role-based journeys, wireframes, content model, tracking plan.
Design
High-fidelity UI with WCAG 2.2 accessibility, performance-minded patterns and multilingual/RTL readiness; component library ready for hand-off.
Outputs: design system (tokens/components), screen specs, empty/error/loading states.
Test
Clickable prototypes in real devices and field contexts (low connectivity, glare, gloves); moderated usability and A/B checks on critical paths (start charge, end trip, assign vehicle).
Outputs: test scripts, findings, prioritised fixes, validated variants.
Deliver & Optimise
Dev-ready assets and Zeplin/Figma specs, design QA in staging, and post-launch optimisation using telemetry, funnels and CRO best practice.
Outputs: production assets, QA checklist, analytics dashboards, iteration backlog.





