Revolutionising Warehouse Fulfilment picking process

Transformed a manual picking system with a cost-effective proprietary mobile app, boosting accuracy and streamlining operations.

our objectives
For years, our warehouse fulfillment process relied on a time-consuming and error-prone manual method. Our dedicated pickers would use printed Purchase Orders đź“ť(POs) to locate and gather items scattered across shelves, racks, and boxes. This process, while functional, had its drawbacks.

Prior to the year-end sales peak season, our objective is to implement an improved system that enhances order fulfillment and enables efficient onboarding of new team members for order picking & packing.
defining what matters
Over the course of a week, my colleagues and I spent 8 hours each day at the warehouse actively participating in the picking process. Due to our lack of prior experience with the existing paper picking system, we were well-suited test subjects and gathered valuable data on user behavior, both among existing system users and new users.

Existing System Users: Avg 2 Batches per hour, 11 JT Picked
New Users: Avg 1/2 Batch per hour, 11 JT Picked

Additionally, I conducted additional interviews and surveys to validate my observations.
key findings
Overwhelming number of job tasks (JT) in one batch: Users struggled with handling numerous JT tasks in a single batch, leading to potential errors and delays.

Challenges in locating items: Users encountered difficulties when searching for items. This included not only the challenge of finding the correct item but also instances where items were not present due to incorrect inbound locations. Additionally, users sometimes had to navigate to multiple locations, further increasing the time required for item retrieval.

‍Manual Item Counting for Efficient Routes: Users had to manually count items to optimize their picking routes, resulting in inefficiencies.

‍Items misplaced on shelves: Users encountered issues with items stored in the wrong shelves, causing confusion.

‍Security concerns and lost items: Management faced security concerns and inventory accuracy issues, including lost items.

‍Worker accountability and productivity: Management struggled to monitor worker performance and ensure accountability.

‍Returned JT due to missing items: The packing station sent back multiple JT tasks as returns due to missing items, causing delays.
Challenges
1. We had no budget to invest in a picking system like those offered by other companies, which include both hardware and software and cost millions. This required us to develop our own solution using available resources and manpower.

2. We considered reorganizing the JT information to enhance location guidance and overall efficiency. However, after rounds of discussion and testing with the new layout, it became clear that this quick solution might not deliver the substantial impact we were aiming for.

3. I am the sole designer available to work on this project.
THE IDEA

An app that all our employees can easily install and use on their phones.
A user-friendly mobile application tailored for employees that simplifies picking processes and integrates seamlessly with existing systems. Lean UX Prototype for Flow Testing.
How does it work?
Utilize the phone's camera to enable barcode scanning, ensuring accurate inventory management and reducing picking errors.
Onboarding made easy, literally all you need to do is follow steps by steps on the app. Onboard through using not reading
Visual Accessibility as Design Priority:
 The design placed accessibility at the forefront, ensuring that individuals with disabilities could navigate and utilize the app with ease. 

For users with color blindness, we adhered to high-contrast color schemes. We also considered that some users might have phones with lower contrast capabilities, making high-contrast design crucial.
Simplified UI suitable for users of all technical levels and ages. Prioritized icons over text for workers with limited literacy. By keeping the app feature-light and focusing on essential functions, we reduced complexity and improved usability, making it user-friendly and efficient for our entire workforce.
We strived to keep the app as feature-light as possible, prioritizing essential functions to reduce complexity and enhance usability. This approach ensured that the app was not only user-friendly but also efficient for our entire workforce.
Set away during your break, system will redirect tickets to other users
Real-time synchronization of data between the mobile app and central systems, enabling employees to access up-to-date information.
Real time warehouse navigation.
What if users could compete with each other to become the top picker among their peers? Wouldn't this make picking much more enjoyable while also allowing the business to monitor resources and reward those who perform exceptionally well?
Report missing item
Components
v4, test and refined.
Our journey from a manual picking process to a mobile application-driven system demonstrated the transformative power of technology in warehouse fulfillment. The picking app not only significantly reduced errors but also empowered all employees, regardless of experience level, to contribute efficiently to our operations.

During our testing, the implementation of the picking app delivered impressive results.
97%
Accuracy
x3
Faster per Job Ticket (JT)
100%
User Prefer App > Paper