Operation Logistics.
Dispatch, without drama.
Dispatcher and ops-floor tooling redesigned to cut handover errors. A large-data internal tool that respects the speed and stakes of the work it supports.
- HTML · CSS
- Next.js
- Tailwind
- Sector
- Operations · Logistics
- Users
- Dispatchers · ops floor
- Scope
- Workflow redesign · UX
- Surface
- Internal web app
• 01 · Overview
Overview.
Internal dispatch and ops-floor tool for a large-data logistics operation spanning 1,000+ sites. Role: principal product designer, leading workflow redesign in partnership with operations leadership and engineering.
• 02 · Challenge
The challenge.
High error rates compounded silently in legacy screens. Dispatchers saw one truth, the floor saw another, management saw a third in the daily report. Most weren't human errors — they were design errors at every handover.
• 03 · Process
Process.
Workflow audits across three sites, including a full ride-along with dispatchers across two shifts. Mapped the legacy status model, then re-derived a single source of truth aligned with operational reality. Integrated the design system with engineering tokens for cohort views and mobile-responsive surfaces.
- Three-site workflow audit + dispatcher ride-alongs
- Status-model derivation aligned with ops reality
- Design-system integration shipped with engineering
• 04 · Solution
Solution.
One canonical work surface replacing ten loosely-related screens. Unified status grammar — intake, queued, dispatched, in transit, exception, completed — encoded in colour the same way on every view. Explicit, audit-trailed handover affordances. Cohort views for management, mobile-responsive for the floor.
- Dispatcher console — queue, in-flight, exceptions on one screen
- Floor view — same data, simplified for the people doing the work
- Handover affordances — explicit, audit-trailed, blameless
- Daily summary — what moved, what stuck, what to action tomorrow
• 05 · Results & metrics
Results.
- 60%faster dispatch-to-delivery
- −30%handover error rate
- 1,000+sites unified on one surface