Role-based dashboards for terminal, transportation, and BCO workflows to improve visibility, coordination, and decision-making.
The Port Community Information Sharing (PCIS) platform is a multi-persona dashboard designed to unify cargo visibility across terminal operators, carriers, and beneficial cargo owners. As UX Lead, I designed role-based interfaces that streamline appointment scheduling, container tracking, and cross-stakeholder communication to improve coordination and reduce operational friction at ports without integrated systems.
Terminal operators who manage container availability and approvals, transportation operators who coordinate pickups and deliveries, and beneficial cargo owners (BCOs) who track shipment status and communicate with partners. Each persona has distinct workflows and information needs that require tailored dashboard views while maintaining consistent navigation and shared data.
Fragmented information across stakeholders created delays, inefficiencies, and constant manual follow-ups. Without a single system, terminals, carriers, and cargo owners operated in silos with limited visibility into shared operations. PCIS was designed to bridge these gaps by providing a unified platform that centralizes cargo data and supports real-time coordination across the port community.
I collaborated with the product team to define requirements and scope, stakeholders representing each persona to validate workflows and terminology, the engineering team on technical feasibility, and participated in usability testing sessions with representative users from terminal, carrier, and BCO roles to gather feedback and refine the design.
Delivered role-based dashboards that provide unified cargo visibility across terminal, carrier, and BCO personas. Usability testing confirmed the design was easy to use and intuitive across stakeholder roles. The design clarified workflows, reduced communication friction, and established strong stakeholder alignment on the proof of concept direction. Themed synthesis of feedback helped identify priority areas for future iterations.