MyQ Warehouse is a three-part solution to tackle warehouse bottlenecks through innovative products that enhance productivity and efficiency for workers and truckers. I worked collaboratively with engineers, industrial and UX designers to create these three products from 0-1 in a span of 10 weeks through research, prototyping and development.
As a user researcher and designer, I created an Android based scanner application to work with an AI camera and GPS transmitter to inform warehouse workers about the status and time needed to fulfill tasks in the warehouse.
Warehouses face bottlenecks during inbound and outbound shipments are resulted by communication and technology gaps. These difficulties cause delays, forcing warehouses to pay high fees for detention.
As we interviewed the drivers, warehouse workers and managers, we discovered these bottlenecks in the system.
After talking to product managers and visiting the warehouse, we identified each key subjects and their impact the supply chain industry. When identifying these subjects, we noted that the drivers, warehouse staff and warehouse management are directly impacted by these bottlenecks. We identified their goals and how our products could impact their work in the warehouse
Upon examining the delivery timeline, we observed that the major difficulties arise during the Truck En-Route to Product Staging/Loading phase. During each phase, we identified problem areas that lead to communication gaps and increased expenses.
Through the creation of new tools that bridge communication gaps, we have developed three products designed to keep workers and managers informed about incoming trucks. This process empowers workers to accurately stage pallets based on the driver's estimated time of arrival at the facility.
As this project was for a 10-week internship at Chamberlain Group, I would appreciate more time for testing the scanner application. This testing will help me gauge how the information can enhance working conditions at the facility and make necessary improvements based on the feedback.