Project Objective
Redesign and standardize warehouse operations to improve inventory accuracy, maximize facility storage capacity, and accelerate fulfillment throughput while maintaining tight operational cost controls.
Key Operational Challenges
Storage & Congestion: Suboptimal slotting and staging space utilization causing bottlenecks during inbound and outbound peak hours.
Inventory Discrepancies: Variance between physical inventory counts and system records, impacting order fulfillment timelines.
Process Inefficiencies: Manual handling, non-standardized picking routes, and lack of real-time inventory visibility across distribution hubs.
Strategic Interventions & Solutions
Facility & Layout Re-engineering: Redesigned warehouse flow layouts, staging zones, and high-velocity picking locations to cut travel time and handling waste.
ERP / WMS Process Alignment: Standardized transaction logging, material movement types, and inventory reconciliation mechanisms within enterprise systems.
Physical Inventory Control & Cycle Counting: Implemented structured cycle count programs and discrepancy root-cause tracking to ensure real-time audit readiness.
Operational KPIs & Performance Tracking: Established labor productivity metrics, picking accuracy targets, and turnaround dock schedules.
Key Results & Business Impact
Enhanced Inventory Accuracy: Reached high-precision inventory tracking, drastically reducing stock-out events and reconciliation delays.
Increased Throughput: Faster order fulfillment and turnaround times at shipping and receiving docks.
Space Utilization: Optimized storage footprint and slotting logic, postponing the need for external warehouse capacity.
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Comprehensive redesign of warehouse workflows, slotting, and inventory management protocols. Integrated ERP tracking and lean methodologies to eliminate operati