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Unblocking the Pipeline: Reducing Shipment Processing from 1 Week to 2 Days

Securing grant funding for 7,000 laptops by replacing a high-risk paper trail with an automated, audit-ready iOS scanning tool

Role
UI/UX Designer Co-lead (8-person design team)
Timeline
8 months (Design delivered in 1 month)
Platform
iOS
Impact
71% faster processing
Context
LA County's digital equity program distributed 7,000 grant-funded laptops to underserved communities. Every shipment triggered a week-long manual verification process that left devices in warehouses instead of with families in need.
Problem
Manual tracking created "inventory avoidance"—staff hesitated to move devices because it meant starting the paper check from scratch. One lost form meant a failed audit and potential loss of grant funding.
Solution
I led design of a "1-tap" scanning system where the homepage asks "How many laptops?" with two buttons: "One" or "More." The audit trail became a byproduct of the work, not an extra hurdle.
Outcome
Processing time dropped from 1 week to 2 days (71% faster) with 100% digital custody tracking. Staff shifted from avoidance to proactive verification, and other County departments requested the tool.
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The program depended on knowing who handled each device, and when

LA County ran a digital equity program that distributed 7,000 grant-funded laptops to underserved communities. The people managing this program—warehouse staff, administrators, and distribution coordinators—had to track every device from arrival to final handoff to community members.

The users ranged from tech-comfortable administrators to warehouse workers who weren't comfortable with complex software. The stakes were high: if the county couldn't account for devices during audits, grant funding could be pulled, ending the program.

Manual distribution workflow showing warehouse storage, manual verification steps, and outcome piles with issues like no fast device location and delays during event prep

Distribution workflow: manual search required for every device

A week-long bottleneck with no audit trail

Before the app, tracking shipments (ranging from 1 to 1,000 laptops) happened entirely on paper. Staff followed a complex manual process that required re-verifying every serial number against paper logs before distribution events—a process that took up to one week per shipment batch.

Manual shipment intake workflow showing 7 paper-based steps from printing logs to storing shipment, taking up to 1 week

The paper-based process: up to 1 week per shipment batch

The process was so tedious that it created "inventory avoidance"—staff were hesitant to move or verify devices because any movement required starting the manual paper check from scratch. While staff wrestled with paper, devices sat in warehouses. Every day a shipment was stuck in "processing" was another day an underserved family went without a necessary tool for education or work.

But the speed problem was compounded by an even more critical issue: accountability. Paper forms could be lost. There was no centralized record of who last touched a device, where it was stored, or what happened to it after distribution. Stakeholders—DTD administrators, the Director of the Internal Service Department (ISD), and several ISD employees—needed transparency for audits, reduced risk of fraud, and accountability for every person involved. Failure to track these assets accurately could jeopardize future funding, trigger investigations, and compromise the entire program.

"If we can't account for these laptops, it could put our entire program at risk. We need a system that not only tracks every movement but also ensures compliance and accountability."
— Stakeholder, initial project discussions

The dual challenge: We had to make the process fast enough to eliminate inventory avoidance, yet rigorous enough to satisfy grant auditors who required a "cradle-to-grave" record of every device. Speed without accountability would fail audits. Accountability without speed would never be adopted.

Three decisions that turned a week-long process into a two-day workflow

Decision 1: The "1-Tap" Entry Point

The Problem: Testing revealed 9/10 warehouse staff couldn't find scanning—it was buried three pages deep. The homepage had unimportant items that distracted from the core task.

My Thinking: Scanning was the most frequent task, yet required the most effort to reach. If the primary function is hidden, adoption fails. I needed to make the homepage itself the entry point—remove friction entirely, not just reduce it.

The Solution: The homepage asks "How many laptops are you scanning?" with two main buttons: "One" or "More." When the user tapped either button, they got a modal to select the specific action they were going to do.

Why It Worked: 10/10 staff were able to start scanning immediately, which meant the tool was intuitive and wouldn't slow them down. If they couldn't perform the application's primary function, it would fail adoption.

Before: Old home screen with simple scan button

Before: Hidden scan option

After: Homepage with One and More buttons surfacing scan options

After: One vs More buttons

Decision 2: Flagging for Flow

The Problem: When scanning 50+ laptops, staff would discover damaged devices but forget which ones had issues by the end. They'd have to scroll through the entire list trying to remember serial numbers, or stop their workflow to take manual notes.

My Thinking: I couldn't stop the workflow to force documentation—that would destroy adoption. The flagging had to happen *during* the natural scanning rhythm, then surface the results *after* without interrupting momentum.

The Solution: Flagged devices automatically moved to the top of the list with a title "Flagged" and a yellow icon to indicate a need for review.

Why It Worked: Staff never broke their scanning flow, but problematic devices were impossible to miss. They could handle all issues at once before submission instead of losing track mid-process.

Before: Summary screen showing all flagged devices mixed in a list without visual distinction

Before: Flagged devices lost in the list

After: Flagged devices with orange borders automatically moved to the top, separated from non-flagged devices

After: Flagged devices surface at top with orange borders

Decision 3: Surface full custody history with one scan

The Problem: When auditors asked "what happened to this device?", staff had to dig through paper logs across multiple storage locations. No centralized record meant hours searching for a single device's journey.

My Thinking: The County's grant funding depended on audit readiness. I needed to give staff instant confidence they could answer any device question. The history couldn't be buried in a menu—it had to be one scan away.

The Solution: I designed a History feature. When staff scanned the asset tag, it would instantly surface the device's full chronological custody history—who touched it, where it moved, and its current status.

Why It Worked: Turned an hours-long search into a 10-second confirmation. Staff gained the confidence to answer auditor questions immediately, protecting the County's millions in grant funding.

Behavioral shift from avoidance to proactive verification

71%
Faster processing (1wk → 2d)
100%
Audit-ready tracking
Other depts
Requested the tool

Design principles I would apply again in any high-frequency workflow

Primary Actions Must Be Obvious

If 9/10 users can't find it, it doesn't matter how well the feature works. Hidden features don't get used, and tools that aren't used don't get adopted, no matter how powerful they are.

Design for the Least Comfortable

By designing for the warehouse workers who struggled most with tech, we built a tool that was faster and more intuitive for the administrators as well.

Multiple Stakeholders Can Cause Scope Creep

Different stakeholders had different ideas about what the tool should do. By staying focused on the core problems (improving the laptop intake process and creating an audit trail), we avoided scope creep and kept the project on track.

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