Skip to main content
Warehouse Management in Management Systems

Warehouse Management in Management Systems

$249.00
How you learn:
Self-paced • Lifetime updates
Your guarantee:
30-day money-back guarantee — no questions asked
Toolkit Included:
Includes a practical, ready-to-use toolkit containing implementation templates, worksheets, checklists, and decision-support materials used to accelerate real-world application and reduce setup time.
When you get access:
Course access is prepared after purchase and delivered via email
Who trusts this:
Trusted by professionals in 160+ countries
Adding to cart… The item has been added

This curriculum spans the design and execution of warehouse operations at the level of a multi-workshop operational transformation program, covering strategic network planning, system configuration, and process controls across receiving, inventory, labor, order fulfillment, and performance management.

Module 1: Warehouse Network Design and Strategic Siting

  • Evaluate trade-offs between centralized distribution centers and regional warehouses based on transportation costs, service level agreements, and inventory carrying expenses.
  • Conduct geographic demand analysis to determine optimal warehouse locations that minimize inbound and outbound freight while meeting delivery time commitments.
  • Assess real estate availability, labor market conditions, and local regulatory constraints when selecting new warehouse sites.
  • Model network scenarios using total cost of ownership frameworks to justify expansion, consolidation, or outsourcing decisions.
  • Integrate warehouse location strategy with supplier proximity and customer delivery zones to reduce lead times.
  • Define service territory boundaries and assign fulfillment responsibility across multiple warehouses to prevent overlap and inefficiency.

Module 2: Warehouse Management System (WMS) Selection and Configuration

  • Map core warehouse processes—receiving, putaway, picking, packing, and shipping—to WMS functionality requirements before vendor evaluation.
  • Compare cloud-based versus on-premise WMS solutions based on IT infrastructure, integration needs, and long-term scalability.
  • Define master data standards for items, locations, units of measure, and suppliers to ensure consistency across the WMS.
  • Configure slotting logic, wave planning rules, and pick path algorithms based on product velocity and storage constraints.
  • Customize user roles and permissions within the WMS to align with operational responsibilities and segregation of duties.
  • Establish integration points with ERP, TMS, and labor management systems using APIs or middleware, ensuring data synchronization frequency meets operational needs.

Module 3: Inventory Accuracy and Cycle Counting Programs

  • Design a cycle counting schedule that prioritizes high-value and high-turnover SKUs while maintaining statistical confidence in inventory records.
  • Assign responsibility for cycle counts to operational staff with clear accountability metrics tied to inventory discrepancy resolution.
  • Implement root cause analysis for inventory variances to identify systemic issues such as miskeyed transactions or unauthorized movements.
  • Enforce transaction timeliness by requiring all warehouse activities (receiving, moves, issues) to be recorded within defined time windows.
  • Introduce barcode or RFID scanning to reduce manual entry errors and improve audit trail integrity.
  • Reconcile physical counts with system records daily and escalate unresolved discrepancies to management for intervention.

Module 4: Labor Management and Productivity Optimization

  • Establish baseline productivity standards for key tasks (e.g., lines picked per hour, pallets received per shift) using time and motion studies.
  • Deploy task interleaving in the WMS to reduce idle time by combining picking with putaway or replenishment activities.
  • Monitor real-time labor performance through dashboards and adjust staffing or task assignments dynamically during peak periods.
  • Implement incentive programs tied to measurable output, ensuring alignment with accuracy and safety metrics.
  • Balance permanent and temporary labor based on seasonal demand forecasts, considering training ramp-up and turnover costs.
  • Conduct regular performance reviews with supervisors to address productivity gaps and provide targeted coaching.

Module 5: Receiving and Putaway Process Control

  • Enforce appointment scheduling for inbound deliveries to manage dock utilization and prevent congestion.
  • Validate purchase order receipts against advance shipping notices (ASNs) before unloading to detect discrepancies early.
  • Inspect incoming goods for damage, quantity accuracy, and compliance with quality specifications before system acceptance.
  • Automate putaway recommendations using WMS logic based on item characteristics, turnover rate, and storage type.
  • Reserve storage locations in advance for high-priority or time-sensitive inbound shipments to prevent floor stacking.
  • Handle non-conforming materials through a formal quarantine and disposition process, documented in the WMS.

Module 6: Order Fulfillment and Picking Strategy Execution

  • Select picking methodology (discrete, batch, zone, wave, or cluster) based on order profile, volume, and service requirements.
  • Optimize pick paths using WMS-generated sequences to minimize travel time and maximize picks per hour.
  • Implement pick-to-light or voice-directed picking in high-density areas to reduce errors and increase throughput.
  • Enforce staging controls to ensure picked orders are grouped correctly by shipment, carrier, and delivery route.
  • Manage partial order fulfillment decisions, including backorder policies and split shipment approvals, within system rules.
  • Integrate packing verification steps to confirm item, quantity, and packaging compliance before shipment release.

Module 7: Shipping, Carrier Integration, and Yard Management

  • Assign shipment loads to carriers based on contract rates, service levels, and available capacity using automated tendering.
  • Generate compliant shipping labels and manifests in real time, incorporating carrier-specific requirements and regulatory data.
  • Track trailer dwell times in the yard and enforce appointment windows to improve dock scheduling efficiency.
  • Conduct pre-load audits to verify order accuracy, documentation, and load security before dispatch.
  • Integrate with transportation management systems to synchronize shipment status and update order tracking in real time.
  • Manage detention and demurrage charges by monitoring carrier pickup and delivery performance against SLAs.

Module 8: Performance Measurement and Continuous Improvement

  • Define KPIs such as order cycle time, inventory accuracy, on-time shipping, and labor productivity with clear calculation methods.
  • Establish data collection protocols to ensure KPIs are measured consistently and reported at regular intervals.
  • Conduct monthly operational reviews using performance dashboards to identify trends and improvement opportunities.
  • Implement corrective action plans for underperforming metrics with assigned owners and timelines.
  • Benchmark warehouse performance against industry standards to assess competitiveness and set improvement targets.
  • Use Lean and Six Sigma tools to eliminate waste in material flow, reduce rework, and standardize work processes.
!