Electronics Assembly
How Array coordinated execution and aligned daily performance to stabilize output and reduce overtime in a mission-critical manufacturing operation.
At a rapidly scaling manufacturing site supporting high-value GPU production, execution reliability—not labor availability—became the primary constraint. Production volumes lagged demand, overtime increased, and attrition rose as coordination across a highly sequenced operation broke down.
Array partnered with onsite operations and production leadership to coordinate labor delivery, align staffing decisions to real work-in-process signals, and stabilize daily execution—improving throughput while reducing overtime and preserving future automation plans.
Overtime Reduction
Productivity increase
Staff ISO 9001 Compliant
Customer + Engagement Overview
The customer operates in highly controlled, high-precision manufacturing environments where coordination, compliance, and execution consistency directly impact throughput, cost, and quality—particularly during periods of rapid scale..
Customer:
Leading Global Electronics Manufacturer
Industry:
Advanced Manufacturing
Customer Sponsor:
Site Operations & Production Leadership
Engagement Type:
Managed Services (MS+)
Geography:
North Carolina
SCOPE:
High-value GPU assembly (54 stations, 100+ procedures)
The Operational Challenge
As the site scaled, the customer faced increasing execution strain. Each unit moved through 54 unique stations and more than 100 tightly controlled workstation procedures, making coordination and compliance non-negotiable.
Overtime costs climbed, attrition increased, and lost production accumulated due to gaps between staffing plans and real production conditions. While automation and robotics were planned, they were not yet deployed—requiring a labor model that could stabilize output today without disrupting the future state.
Constraints
Highly sequenced, precision-dependent workflows- Strict compliance and safety requirements
- Rising overtime and attrition
- Lost production due to coordination gaps
How Array Solved It
Coordinating execution around real production signals—without changing the manufacturing process.
Array did not redesign Foxconn’s manufacturing workflow or replace existing systems. Instead, the engagement focused on coordinating labor delivery against live production inputs, reducing administrative burden on supervisors, and aligning staffing and overtime decisions to work-in-process and output targets.
This engagement centered primarily on Coordinate, supported by Amplify.
Coordinating Labor to Production Reality
Array provided onsite coverage to reduce administrative and HR burden on production leadership. Staffing, scheduling, and overtime decisions were aligned to live inputs—work-in-process levels, daily production targets, and station throughput—rather than static schedules.
What Changed
- Staffing aligned to real demand signals
- Overtime planned intentionally instead of reactively
- Supervisors refocused on quality and execution
Amplifying Output Through Training and Alignment
Array implemented a structured onboarding and training program, including ISO 9001-compliant classroom instruction. Individual workers were tied directly to production data using existing Foxconn systems—creating clarity around expectations, accountability, and daily output.
What Changed
- Faster ramp-up for new hires
- More consistent per-worker output
- Reduced variance between Array and non-Array labor
Results Delivered
Measured productivity gains that unlocked scale.
Productivity INCREASE:
28 → 31 units per worker (~10%+ increase)
OVERTIME COST REDUCTION:
~30%
SCALED WORKFORCE:
Grew from 60 - 130 in ~2months
What This Proves
In high-precision manufacturing environments, productivity losses are often driven by coordination gaps—not labor supply. By aligning staffing decisions to real production signals and reducing supervisory friction, the customer increased output, reduced overtime, and stabilized execution during a critical scaling phase.
These gains were delivered without disrupting future automation plans.
Coordination drives output in complex workflows
Visibility enables intentional overtime—not reactive cost
Workforce stability compounds production gains