Description

This curriculum spans the design and execution of segmented logistics strategies across a multi-facility network, comparable in scope to a multi-workshop operational redesign program for a global supply chain.

Module 1: Defining Supply Chain Segments Based on Customer and Product Attributes

Select criteria for segmenting customers by service-level requirements, order frequency, and profitability thresholds.
Determine product segmentation using ABC analysis, demand variability, and shelf-life constraints.
Align segmentation strategy with existing ERP master data structures to ensure operational feasibility.
Resolve conflicts between sales-driven customer classifications and logistics-driven operational groupings.
Implement exception handling protocols for cross-segment orders without compromising service levels.
Design feedback loops to update segmentation rules based on quarterly performance reviews and market shifts.
Balance granularity of segments against planning system complexity and forecasting accuracy.
Integrate geographic delivery zones into segmentation logic for last-mile service differentiation.

Module 2: Network Design and Facility Allocation Across Segments

Assign distribution centers to segments based on lead time commitments and inbound transportation costs.
Evaluate trade-offs between dedicated facilities per segment versus shared infrastructure with internal prioritization.
Model capacity constraints when allocating shared warehouse space across high-priority and bulk segments.
Adjust safety stock placement based on segment-specific service level agreements and demand volatility.
Optimize cross-dock utilization for time-sensitive segments while maintaining throughput for bulk flows.
Coordinate with real estate teams to secure flexible lease terms aligned with segment growth projections.
Implement dynamic slotting strategies that adapt to seasonal shifts in segment demand profiles.
Validate network design assumptions using scenario-based stress testing under disruption conditions.

Module 3: Transportation Strategy and Mode Selection by Segment

Select transport modes based on segment-specific cost-to-serve targets and delivery reliability requirements.
Negotiate contract terms with carriers that support tiered service levels across segments.
Implement dynamic routing algorithms that prioritize high-value segments during capacity shortages.
Manage trade-offs between full truckload utilization and expedited LTL shipments for urgent orders.
Design multi-echelon delivery models for urban segments requiring same-day or scheduled time windows.
Integrate real-time carrier performance data into segment-specific service level monitoring.
Allocate transportation reserves during peak seasons using historical segment demand patterns.
Enforce compliance with cold chain or handling protocols for specialized segments (e.g., pharmaceuticals).

Module 4: Inventory Management and Replenishment Logic per Segment

Configure reorder point and order quantity parameters based on segment-specific lead times and demand forecasts.
Implement different forecasting models (e.g., intermittent vs. continuous) for distinct product segments.
Design safety stock formulas that reflect segment service level targets and supply variability.
Manage inventory pooling risks when sharing stock between segments with conflicting service expectations.
Enforce inventory reservation rules for high-priority customers without creating stockouts in other segments.
Adjust cycle count frequency and accuracy standards based on segment value and turnover rate.
Coordinate with procurement to align supplier lead times with segment replenishment cycles.
Deploy vendor-managed inventory (VMI) selectively for stable, high-volume segments.

Module 5: Order Fulfillment and Prioritization Frameworks

Define order promising rules (ATP/CTP) that reflect segment-specific availability and lead time commitments.
Implement order sequencing logic in WMS to prioritize high-margin or time-critical segments.
Design allocation algorithms for constrained inventory during stock shortages with transparent segment rules.
Manage split-shipment policies based on segment cost-to-serve and customer expectations.
Integrate e-commerce order flows into segmentation models without diluting wholesale fulfillment standards.
Configure exception management workflows for override requests while maintaining audit trails.
Balance warehouse labor utilization across shifts based on segment order profile peaks.
Align pick-path optimization with segment-driven batch sizes and packing requirements.

Module 6: Technology Enablement and System Configuration

Configure ERP modules (e.g., SAP APO, Oracle SCM) to support segment-specific planning parameters.
Map segmentation logic into warehouse management system (WMS) workflows for directed putaway and picking.
Develop APIs to synchronize segment data across TMS, WMS, and demand planning platforms.
Design user roles and dashboards that reflect segment-specific KPIs and decision authority.
Implement master data governance rules to maintain consistency in segment classification attributes.
Validate system behavior under peak load conditions for high-volume segments.
Automate alerts for segment-specific SLA breaches in delivery or inventory availability.
Integrate advanced analytics engines to detect segment drift and recommend reclassification.

Module 7: Performance Measurement and Cost-to-Serve Analysis

Calculate fully loaded cost-to-serve models for each segment, including transportation, warehousing, and handling.
Attribute overhead costs to segments using activity-based costing methodologies.
Define and track segment-specific KPIs such as on-time delivery, fill rate, and order cycle time.
Conduct quarterly profitability reviews by segment to identify margin erosion or operational inefficiencies.
Compare actual performance against segment service level agreements and adjust operations accordingly.
Identify cross-subsidization patterns between segments and recommend pricing or operational adjustments.
Link performance data to incentive structures for logistics and sales teams.
Report segment performance to executive stakeholders using standardized financial and operational metrics.

Module 8: Change Management and Cross-Functional Alignment

Facilitate joint planning sessions between sales, finance, and logistics to align on segment definitions.
Resolve conflicts when sales teams demand service enhancements that exceed segment cost-to-serve targets.
Develop communication protocols for announcing segment policy changes to internal and external partners.
Train customer service teams on segment-specific order handling rules and escalation paths.
Coordinate pricing strategy with logistics segmentation to ensure economic sustainability.
Manage resistance from operations teams facing increased complexity due to segmentation.
Establish governance committees to approve new segment creation or retirement.
Document decision rights and escalation paths for segment-related disputes across functions.

Module 9: Risk Management and Resilience Planning by Segment

Assess supply chain disruption risks specific to each segment’s network and supplier base.
Develop contingency plans for high-value segments, including alternate sourcing and routing.
Allocate risk mitigation budgets based on segment criticality and revenue impact.
Implement dual sourcing strategies selectively for segments with high service level dependencies.
Conduct business continuity drills focused on restoring operations for priority segments first.
Monitor geopolitical, weather, and port congestion risks with segment-specific exposure dashboards.
Define inventory pre-positioning strategies for segments vulnerable to long lead time disruptions.
Update risk profiles annually based on performance data and external threat intelligence.