Interactive Website
Interactive Website
UX Case Study
The SCM project is an interactive, responsive supply chain management platform that empowers businesses to monitor inventory, optimize shipments, and streamline operations through a modern dashboard, actionable analytics, and intelligent automation.
Supply chain professionals face challenges with fragmented data, manual tracking, delayed shipments, and a lack of real-time insights. These issues lead to inefficiencies, missed deadlines, and increased operational costs. The SCM platform addresses these pain points by centralizing information, automating key tasks, and providing clear, actionable data.
The project was executed 5 weeks, from initial research and ideation to final usability testing and takeoff.
To create a centralized, intuitive platform that reduces manual effort, increases shipment visibility, and enables data-driven decision-making for supply chain teams.
This is an individual project that allowed me to plan and direct each step of the design thinking process as a UX designer with mobile and web UI design experience.
Led user research and synthesized findings
Defined personas, empathy maps, and journey maps
Designed low- and high-fidelity wireframes and prototypes
Conducted iterative usability testing and incorporated feedback
I interviewed warehouse managers and logistics coordinators. I read interviewes of executives to understand their workflows and pain points. Observational studies and surveys revealed a need for real-time data, simplified reporting, and streamlined communication.
Manual inventory tracking and order management
Lack of real-time shipment updates
Difficulty identifying and resolving exceptions
Fragmented communication across teams
Insufficient analytics for proactive decision-making
As a logistics coordinator, I want to see real-time updates on shipments so I can respond quickly to delays and keep customers informed.
Supply chain professionals need a centralized, real-time platform to monitor inventory and shipments because current manual processes cause delays, errors, and poor visibility.
Design a responsive dashboard that streamlines inventory and shipment management, provides actionable insights, and reduces manual effort for supply chain teams.
We could explore integrating live data feeds from warehouse sensors and GPS-enabled shipment tracking, presenting this information through intuitive dashboards and clear status indicators. By ensuring users can access up-to-date inventory and shipment locations at a glance, we empower them to make timely decisions and reduce uncertainty throughout the supply chain.
We could investigate leveraging algorithms that analyze traffic, weather, and delivery constraints to suggest optimal routes automatically. Presenting these recommendations within the platform allows users to quickly approve, adjust, or reroute shipments, minimizing manual planning and helping ensure on-time deliveries.
We could design analytics modules that surface key performance metrics, trends, and exception alerts in a digestible format. By providing users with context-driven insights and proactive notifications, the platform can support informed decision-making and prompt action when issues arise.
These answers are intentionally open, focused on user needs, and leave space for creative ideation-aligning with the HMW method and Google UX Design course guidance
I created five paper wireframes for the orders screen. After conducting comprehensive research, I developed user personas, empathy maps, and a user journey map to ensure that I effectively addressed user needs and pain points by selecting the relevant sections marked with a star from each wireframe. This thoughtful approach was applied to each of the five primary screens.
Users found the dashboard intuitive but requested clearer status indicators for shipments and inventory.
Quick action buttons (e.g., Add New, Export) were highly valued, but users suggested grouping related actions for efficiency.
The responsive design was praised, but some users wanted more customization options for dashboard widgets.
High color contrast and color-blind-friendly palettes were used for all status indicators and charts.
All interactive elements are keyboard-accessible and have descriptive ARIA labels.
Text alternatives are provided for charts and visualizations to support screen readers.
The SCM platform reduced manual effort, improved shipment visibility, and empowered teams with actionable insights, resulting in fewer delays and better resource utilization.
The importance of iterative user feedback in refining dashboard features
The value of designing for accessibility and responsiveness from the start
Introduce advanced analytics and predictive insights (e.g., demand forecasting, risk alerts).
Expand integrations with external logistics and ERP systems for seamless data flow and enhanced automation.
Feedback, suggestions, and collaborations are welcome!