Distribution Logistics Best Practice Training Course

Participants can translate customer requirements into measurable fulfilment standards and order controls.

• Customer service policies specify order cut-offs, lead times and delivery commitments
• OTIF, DIFOT and perfect-order metrics defined with consistent calculation rules
• Order promising uses available-to-promise and capable-to-promise logic
• Exception codes distinguish stock, credit, picking, transport and customer causes
• Backorder management prioritises orders using service class and customer criticality
• Proof-of-delivery requirements matched to payment, claims and regulatory needs

Participants can create a reliable baseline of service, volume, cost and delivery exceptions.

• Data dictionary defines shipment, consignment, stop, delivery and return fields
• Clean delivery records by reconciling dates, quantities, locations and statuses
• Pareto analysis ranks late-delivery causes, lanes, customers and products
• Volume profiles reveal daily, weekly and seasonal distribution demand patterns
• Lane analysis compares distance, weight, cube, drops and freight spend
• Baseline report separates symptoms, root causes and data-quality limitations

Participants can calculate lane and customer cost-to-serve using operational cost drivers.

• Activity-based costing assigns distribution costs through measurable operating drivers
• Fixed, variable and step costs classified for fleet and outsourced transport
• Cost-to-serve models include picking, loading, linehaul, delivery and returns
• Freight invoices checked against contracted rates, accessorials and fuel surcharges
• Contribution analysis identifies unprofitable service combinations and delivery patterns
• Scenario costing tests minimum order values, delivery frequencies and consolidation options

Participants can improve dispatch accuracy, loading discipline and carrier handover controls.

• Wave planning sequences picks by route, departure time and equipment capacity
• Dispatch checklists verify quantities, labels, documentation, seals and vehicle condition
• Staging layouts separate route loads, hazardous goods and temperature-controlled consignments
• Load verification uses scan confirmation, weight checks and discrepancy records
• Chain-of-custody controls document custody transfer at carrier collection points
• Dock scheduling reduces congestion, waiting time and missed collection windows

Participants can build transport plans that balance service requirements, capacity and cost.

• Transport mode selection compares speed, cost, capacity, risk and handling requirements
• Load building applies weight, cube, axle and compatibility constraints
• Consolidation opportunities identified by destination, delivery window and product profile
• Milk-run design groups collection or delivery stops into repeatable circuits
• Transport planning calendars align cut-offs, departures, arrivals and receiving hours
• Planning constraints record driver hours, vehicle types, access limits and permits

Participants can improve multi-stop route performance using practical scheduling and sequencing methods.

• Route sequencing considers geography, time windows, vehicle capacity and stop duration
• Nearest-neighbour heuristics provide initial multi-stop route construction logic
• Time-and-distance matrices quantify travel assumptions between delivery locations
• Delivery density analysis identifies zones suitable for dedicated route structures
• Last-mile costs separated into driving, waiting, failed delivery and handling elements
• Route adherence compares planned stops, kilometres, hours and actual delivery sequence

Participants can manage fleet capacity, utilisation, maintenance and driver productivity measures.

• Fleet capacity plans distinguish owned, leased, spot-hire and subcontracted vehicles
• Vehicle utilisation measures load factor, kilometres, hours and productive time
• Preventive maintenance schedules reduce breakdown risk and unplanned vehicle downtime
• Driver productivity metrics include drops, distance, hours, waiting and claims
• Empty-running analysis identifies repositioning, backhaul and network imbalance opportunities
• Telematics data supports speed, idling, route compliance and fuel monitoring

Participants can source transport services and manage carriers through measurable contractual controls.

• Transport spend categories segment parcel, LTL, FTL, express and specialist services
• RFI and RFQ documents specify lanes, volumes, service requirements and assumptions
• Bid evaluation uses weighted criteria for price, capacity, quality and risk
• Rate cards define base rates, minimums, surcharges and accessorial charges
• Service-level agreements establish performance targets, reporting and remedy mechanisms
• Carrier governance calendars structure reviews, escalation paths and improvement actions

Participants can measure carrier performance and control delivery failures, damage and claims.

• Carrier scorecards combine OTIF, claims, invoice accuracy, capacity and responsiveness
• Control charts distinguish normal performance variation from special-cause delivery failures
• Claims registers record damage, shortage, loss, liability and recovery status
• Five Whys analysis investigates recurring carrier, packaging and handover failures
• Corrective-action requests assign owners, deadlines, verification and closure evidence
• Quarterly business reviews convert performance findings into agreed improvement commitments

Participants can assess distribution network options against service, cost, inventory and risk criteria.

• Network maps show plants, warehouses, cross-docks, customers and transport links
• Centralised and decentralised distribution compared using service and inventory trade-offs
• Centre-of-gravity analysis estimates candidate facility locations from demand and distance
• Cross-docking suitability assessed through flow volumes, handling needs and order profiles
• Network scenarios test new markets, demand shifts, closures and capacity constraints
• Decision criteria weight customer service, total cost, resilience and implementation feasibility

Participants can align inventory positioning and replenishment decisions with distribution service requirements.

• Decoupling points determine where inventory buffers protect customer delivery performance
• ABC-XYZ segmentation combines value, demand variability and control intensity
• Safety stock calculations reflect demand variation, lead time and target service level
• Reorder points connect replenishment triggers with consumption and supplier lead time
• Multi-echelon inventory effects considered across central and regional stocking locations
• Slow-moving stock controls reduce obsolescence, storage cost and emergency transfers

Participants can plan cross-border distribution documentation, responsibilities and customs control points.

• Incoterms 2020 allocate delivery, risk, cost and customs responsibilities
• Commercial invoices, packing lists and transport documents checked for consistency
• Commodity classification supports duty calculation, customs declarations and trade reporting
• Customs clearance lead times incorporated into distribution planning and customer commitments
• Bonded storage and transit procedures assessed for suitable international flows
• Restricted-party screening and export controls included within order release procedures

Participants can define distribution controls for product integrity, traceability and regulated handling.

• Handling specifications define packaging, stacking, temperature and contamination control requirements
• GS1 barcodes support item identification, traceability and scan-based confirmation
• Lot and serial tracking enable recall readiness and delivery record reconciliation
• Cold-chain monitoring records temperature excursions, corrective actions and product disposition
• Dangerous goods documentation follows applicable classification, packaging and segregation requirements
• ISO 9001 control points connect distribution procedures, records and corrective action

Participants can design return flows that control cost, customer experience and asset recovery.

• Return authorisation rules define eligibility, collection method and disposition decisions
• Reverse logistics flows separate reusable, repairable, recyclable and disposal-bound products
• Return reason codes identify quality, delivery, ordering and customer-expectation failures
• Inspection standards determine resale, refurbishment, quarantine, supplier return or disposal
• Closed-loop asset tracking controls pallets, totes, cylinders and reusable containers
• Returns cost analysis quantifies collection, handling, credit and recovery value

Participants can identify distribution risks and prepare proportionate continuity and security controls.

• FMEA ranks distribution failure modes by severity, occurrence and detection
• Risk registers capture threats, controls, owners, triggers and residual exposure
• Transport security plans address theft, tampering, hijacking and unauthorised access
• Business continuity scenarios cover carrier failure, route closure, fuel disruption and cyber incidents
• Contingency carriers and alternate routes documented before disruption occurs
• Incident reporting preserves facts, evidence, notifications and recovery actions

Participants can identify practical opportunities to reduce distribution emissions and resource waste.

• Transport emissions calculated from distance, fuel, vehicle type and load factors
• Consolidation policies reduce partial loads, duplicate trips and avoidable deliveries
• Modal shift assessment compares service impacts, emissions, cost and infrastructure availability
• Packaging redesign reduces cube, damage risk, material use and handling time
• Idling controls and driver behaviours reduce fuel consumption and local emissions
• Sustainability KPIs integrate carbon intensity, waste, utilisation and delivery performance

Participants can build a distribution performance system that drives timely operational decisions.

• SCOR metrics link reliability, responsiveness, cost, assets and management priorities
• KPI trees connect executive measures with dispatch, transport and carrier drivers
• Daily management boards display plan, actual, exceptions, actions and responsible owners
• Traffic-light thresholds trigger escalation based on agreed performance tolerances
• Root-cause categories standardise analysis of service, cost and quality variance
• Weekly performance reviews confirm actions, due dates, barriers and benefit tracking

Participants can structure a prioritised distribution improvement project with quantified benefits and controls.

• Problem statements define the gap, affected customers, baseline and business consequence
• Fishbone diagrams organise potential causes across people, process, equipment and data
• Impact-effort matrices prioritise improvement actions using transparent selection criteria
• A3 reports summarise current condition, analysis, countermeasures and follow-up measures
• Benefit cases quantify freight, labour, inventory, claims and service improvements
• Implementation plans assign milestones, owners, dependencies, risks and governance checkpoints

Participants can build, review and present a complete distribution logistics improvement pack for a defined operation.

• Scope a distribution problem using customer requirements, flow boundaries and baseline evidence
• Analyse service, cost, capacity, route and carrier performance data
• Develop improvement options using network, transport, dispatch and inventory methods
• Select actions through quantified benefits, operational feasibility and risk criteria
• Build KPI dashboards, carrier controls, milestones and accountable action plans
• Present recommendations, assumptions, implementation risks and expected performance outcomes