Description

This curriculum spans the equivalent depth and breadth of a multi-workshop operational redesign program, addressing the same transportation cost levers and trade-offs that supply chain teams confront when reconfiguring distribution networks, renegotiating carrier contracts, optimizing load and route efficiency, and implementing TMS-driven process changes across global or regional logistics operations.

Module 1: Strategic Network Design and Facility Siting

Selecting between centralized and decentralized distribution networks based on regional demand density and inbound freight costs.
Evaluating trade-offs between leasing urban last-mile micro-fulfillment centers versus relying on regional DCs.
Assessing the impact of cross-border facility placement on customs delays and carrier selection flexibility.
Integrating transportation lead times into facility location models using real carrier performance data.
Deciding on dual-sourcing manufacturing sites to reduce inbound transportation exposure to regional disruptions.
Optimizing warehouse-to-market assignment zones to minimize weighted average distance while maintaining service levels.
Aligning facility locations with intermodal terminals to leverage rail for long-haul segments.

Module 2: Transportation Mode and Carrier Selection

Comparing full truckload (FTL), less-than-truckload (LTL), and parcel costs for specific lane-volume thresholds.
Negotiating contract terms with carriers that include volume rebates, accessorial fee caps, and fuel surcharge formulas.
Determining when to use private fleets versus 3PLs based on route density and asset utilization metrics.
Implementing a carrier scorecard system that incorporates on-time performance, damage rates, and claims resolution speed.
Assessing intermodal rail options for long-haul lanes where transit time variance is acceptable.
Integrating air freight contingencies for high-value or time-sensitive SKUs during peak periods.
Validating carrier-provided transit time estimates against historical shipment tracking data.

Module 3: Freight Consolidation and Load Optimization

Designing consolidation rules that balance inventory holding costs against transportation savings.
Implementing dynamic load-building algorithms to maximize cube and weight utilization per shipment.
Coordinating cross-dock operations to merge LTL shipments into FTL loads without increasing lead time.
Establishing minimum order thresholds to trigger automatic consolidation across customer orders.
Integrating production schedules with outbound shipping windows to reduce partial loads.
Using dimensioning systems to capture actual package dimensions and avoid carrier dimensional weight penalties.
Managing trade-offs between shipment frequency and load density in regional distribution loops.

Module 4: Route Planning and Last-Mile Execution

Configuring route optimization software with real-world constraints like delivery time windows and vehicle restrictions.
Assigning urban deliveries to alternative delivery points or lockers to reduce failed delivery attempts.
Integrating real-time traffic data into daily route planning for local fleet dispatch.
Outsourcing last-mile delivery in high-density metro areas versus using company-owned vehicles.
Implementing zone skipping strategies by pre-sorting packages and shipping in bulk to regional hubs.
Adjusting delivery frequency for low-density rural routes to maintain cost-per-stop targets.
Using telematics data to monitor driver behavior and identify fuel inefficiencies in routing execution.

Module 5: Freight Audit, Payment, and Cost Transparency

Validating carrier invoices against contracted rates, accessorial charges, and actual shipment data.
Implementing automated freight audit tools to flag discrepancies in fuel surcharges and detention billing.
Standardizing freight cost accounting codes to enable accurate spend analysis by lane and customer.
Reconciling invoice data with transportation management system (TMS) records to identify billing leakage.
Establishing approval workflows for non-contract carrier usage and spot market rates.
Allocating freight costs accurately to customers or business units for profitability analysis.
Creating dashboards that track cost-per-mile, cost-per-stop, and other operational KPIs by region.

Module 6: Collaboration and Shipment Pooling Strategies

Designing backhaul opportunities by identifying return lane volume with partner organizations.
Participating in freight exchange platforms to fill empty return legs without long-term commitments.
Coordinating inbound shipment windows with suppliers to enable milk-run collection routes.
Establishing legal and data-sharing agreements for joint distribution with non-competing firms.
Assessing the operational complexity of mixed-SKU pooling versus dedicated fleet models.
Aligning inventory release schedules with pooled shipment departure times to avoid delays.
Measuring the cost impact of coordination overhead against transportation savings in shared logistics.

Module 7: Technology Integration and TMS Configuration

Selecting TMS routing logic parameters that reflect actual carrier service levels and cost structures.
Integrating TMS with ERP and WMS systems to ensure accurate order and inventory visibility.
Configuring automated tendering rules based on cost, transit time, and carrier performance history.
Implementing API connections with carrier tracking systems for proactive exception management.
Validating optimization outputs against manual planner decisions to refine algorithmic assumptions.
Setting up alerts for rate contract expirations and service level deviations in the TMS.
Using TMS data to simulate the impact of network changes before implementation.

Module 8: Regulatory Compliance and Risk Mitigation

Ensuring adherence to hours-of-service regulations when planning multi-day driver routes.
Classifying freight accurately using NMFC codes to avoid carrier reclassification fees.
Managing compliance with cross-border documentation requirements for international shipments.
Implementing contingency plans for carrier capacity shortfalls during peak seasons.
Assessing the insurance implications of using third-party carriers versus private fleets.
Monitoring carrier safety ratings and CSA scores to mitigate liability exposure.
Developing protocols for hazardous material handling and emergency response in transit.

Module 9: Performance Measurement and Continuous Improvement

Defining baseline metrics for cost per unit, on-time delivery, and freight damage rates by segment.
Conducting root cause analysis on freight cost variances exceeding predefined thresholds.
Running A/B tests on routing strategies to quantify the impact of changes on total landed cost.
Using benchmark data to assess performance against industry peers on key transportation KPIs.
Establishing cross-functional teams to review transportation performance monthly.
Updating segmentation models based on shifts in customer service requirements or volume profiles.
Revising lane strategies annually using actual cost and service performance data.