Effective Warehouse Management - PQM Consultants Webinar Series

Effective Warehouse Management — Key Takeaways

Core Operating Model

Warehouse effectiveness depends on coordinating three linked stages:

• Receiving: Check fleet arrival schedules, unload goods, inspect for damage, and record receipts.
• Storage and order preparation: Identify goods, assign locations, update inventory records, store goods with suitable equipment, pick orders, and prepare shipments through packaging and labeling.
• Shipping: Check dispatch schedules, load vehicles, update stock, and complete the required documentation.

Coordinate fleet schedules with purchasing, distribution, transporters, and other relevant teams. Schedules affect labor and equipment needs, dock usage, and available storage space.

Match staffing and tools to the workload. One participant described a food business where a single employee handled packing, finished-goods receipts, and storage, leaving goods poorly tracked. The presenter recommended reviewing workload, staffing, handling equipment, and dock capacity, and separating responsibilities where appropriate.

Frameworks and Playbooks

• Daily Management System (DMS):
  • Align the team to see together, understand together, and act together.
  • Use visual daily information to track productivity, routine tasks, communication, and problem-solving.
  • Respond promptly to abnormal conditions and support ongoing Kaizen improvements.
  • The presenter emphasized disciplined execution: set goals, make them visible to others, and follow through consistently.
• 5R: Apply workplace organization consistently to improve productivity, reduce rejects and accidents, make goods easier to find, and speed up operations.
• Waste elimination: Look for avoidable defects, excess inventory, unnecessary movement, poor material handling, and delays—for example, time lost finding goods or preparing shipping documents.
• Slotting and layout: Classify items as fast-, medium-, or slow-moving. Generally place fast movers near the door, while ensuring that quantities, dimensions, product characteristics, and warehouse layout do not obstruct movement. Consider the warehouse’s shape and dock arrangement when designing flow.
• Technology selection: Start with the operational problem, not the technology. Choose solutions that fit the company’s needs, warehouse conditions, and economics.

Technology Options Discussed

• RFID and barcodes for identifying goods and locations and, in some cases, quantities.
• Robotic arms for repetitive pallet stacking. The presenter cited a prior workplace example in which settings controlled the stacking pattern and pallet configuration.
• Visual displays and voice systems to guide picking.
• Mobile bins, drones, AGVs, and automated storage or handling systems to move or count goods and reduce manual work.

Drones may help with inventory checks in large warehouses or high-rack environments, but the presenter cautioned about cost, battery life, damage risk, roof construction, and obstacles that can cause collisions. Technology should be evaluated for fit rather than adopted simply because it is available.

Metrics and Performance Indicators

• A 5-minute target was mentioned for finding an item. In a disorganized warehouse, the presenter said the search could take 10–15 minutes instead.
• Track warehouse productivity and inventory accuracy. For inbound capacity planning, the presenter suggested defining measures such as pallets or containers unloaded per day in relation to staffing and equipment.
• The presenter cited claims that drones could make stock checks 10 times faster, with a more recent claim of up to 300 times faster. These were presented as claims whose applicability depends on warehouse conditions, not as guaranteed results.
• No specific revenue, cost, margin, or implementation targets were provided.

Practical Examples and Recommendations

• Inventory visibility: Unclear material names, poor location identification, and inaccurate records make picking harder, increase movement and search time, and raise the risk of stock discrepancies or damage.
• Layout and capacity: A warehouse can be constrained by limited floor space or have ample space but still suffer from ineffective placement. Consider racking and storage methods based on product type, volume, and movement.
• Quality and expiry: In a discussion about two lots with different expiry dates, one of which had not passed QC, the presenter advised against releasing goods that had not passed QC. The decision should protect customer requirements and product suitability; the presenter noted that the appropriate process depends on the company’s quality controls.
• Customer impact: Warehouse performance affects the full supply chain. Late deliveries or incorrect products can reduce customer satisfaction, while reliable fulfillment can generate positive word of mouth.

Presenters and Source

• Septa Tiar — PQM consultant and webinar presenter.
• Fauzan Triadi — PQM consultant and moderator.
• Source: PQM Consultants webinar, Effective Warehouse Management.