Supply Chain Cost Management Training Course

Participants can prepare a reliable cost baseline from fragmented operational and financial data.

• Spend cube analysis by supplier, category, location and business unit
• Data cleansing rules for duplicates, currencies, units and supplier names
• Pareto analysis identifying high-value spend and concentrated cost exposure
• Variance bridges separating price, volume, mix and foreign-exchange effects
• Invoice, purchase order and goods-receipt data reconciled before analysis
• Cost baseline templates with source records, owners and refresh cycles

Participants can calculate total cost of ownership for alternative sourcing and supply options.

• Total cost of ownership components beyond quoted purchase price
• Acquisition, operating, maintenance and end-of-life costs estimated consistently
• Supplier selection scenarios compared using lifetime cash-flow assumptions
• Quality failure, expediting and downtime costs quantified from records
• Incoterms allocation mapped to buyer and supplier cost responsibilities
• Sensitivity analysis tests assumptions affecting sourcing recommendations

Participants can build a clean-sheet should-cost model and use it to test quotations.

• Clean-sheet should-cost models built from materials, labour and overheads
• Bill of materials analysis identifies quantity, yield and specification drivers
• Labour routing estimates cycle time, staffing and labour rates
• Overhead allocation methods tested against capacity and production volume
• Supplier margins, working capital and profit assumptions modelled transparently
• Quotation gaps investigated through assumptions, benchmarks and supplier dialogue

Participants can analyse the cost structure and commercial risks of outsourced services.

• Service cost models separate labour, materials, overhead and margin
• Unit-rate, fixed-fee and gainshare pricing mechanisms compared
• Statement of work ambiguity translated into cost and change-control risks
• Productivity baselines defined for outsourced operations and shared services
• Demand variability priced through volumes, service windows and response times
• Open-book accounting provisions assessed for auditability and transparency

Participants can calculate cost-to-serve for customers, products, channels and order profiles.

• Activity-based costing assigns resource costs through operational cost drivers
• Cost-to-serve analysis by customer, product, channel and order profile
• Order frequency, line count and delivery urgency quantified as drivers
• Customer profitability waterfalls reveal discounts, rebates and service costs
• Unprofitable service patterns identified without relying on average costs
• Service-policy options tested against customer economics and commercial commitments

Participants can connect category cost structures with external market movements and sourcing choices.

• Category cost breakdowns identify controllable and market-driven expenditure
• Commodity indices linked to material inputs and supplier cost exposure
• Currency, energy and freight movements translated into category impacts
• Supply market mapping assesses concentration, capacity and switching barriers
• Cost-driver profiles distinguish structural, cyclical and supplier-specific changes
• Category strategies align demand, specification, sourcing and cost objectives

Participants can assess supplier price proposals and prepare evidence-based negotiation positions.

• Supplier quotations decomposed into price, cost drivers and commercial assumptions
• Price analysis compares bids, historic prices, indices and market benchmarks
• Cost analysis tests supplier inputs, productivity, overhead and margin
• Negotiation fact packs organise targets, walk-away points and tradeables
• Should-cost evidence used without disclosing commercially sensitive internal information
• Supplier meetings document assumptions, commitments and unresolved cost items

Participants can identify cost reduction options while preserving required function, quality and compliance.

• Function analysis separates customer requirements from legacy specifications
• Value analysis challenges materials, features, tolerances and process steps
• FAST diagrams connect functions, costs and alternative solution paths
• Design-to-cost choices assessed against performance, safety and lifecycle cost
• Standardisation opportunities reduce variety, complexity and purchasing fragmentation
• Cross-functional approval routes protect quality, regulatory and customer requirements

Participants can apply target costing to product, service and process design decisions.

• Target costing starts with market price, margin and allowable cost
• Cost gaps allocated across design, sourcing, operations and logistics teams
• Design reviews test cost consequences before specification release
• Supplier early involvement identifies manufacturability and material alternatives
• Make-or-buy analysis compares relevant costs, capacity and strategic control
• New-product cost gates align estimates, risks and investment approvals

Participants can quantify inventory cost drivers and evaluate stock reduction options responsibly.

• Carrying cost calculations include capital, storage, obsolescence and insurance
• Economic order quantity tested against ordering, holding and demand assumptions
• Safety stock policies linked to variability, lead time and service targets
• ABC-XYZ segmentation differentiates control methods by value and predictability
• Excess and obsolete inventory analysed by root cause and disposal options
• Working capital impacts incorporated into sourcing and replenishment decisions

Participants can analyse logistics cost drivers and compare transport and network alternatives.

• Freight cost models separate distance, weight, volume and accessorial charges
• Transport mode choices assessed through cost, lead time and reliability
• Route and load consolidation opportunities quantified using shipment profiles
• Warehouse cost drivers include throughput, storage, labour and handling complexity
• Distribution network scenarios compare facility, inventory and transport trade-offs
• Third-party logistics proposals evaluated using transparent activity and rate assumptions

Participants can evaluate planning decisions through their cost, service and capacity effects.

• Forecast error costs linked to inventory, capacity, expediting and lost sales
• Sales and operations planning aligns demand assumptions with supply economics
• Lot sizing decisions balance setup costs, stockholding and production stability
• Capacity utilisation effects assessed before accepting unit-cost reduction claims
• Expedite spend traced to planning, supplier and internal process causes
• Scenario planning compares demand shocks, supply constraints and response costs

Participants can design contract mechanisms that control cost changes and protect value.

• Price adjustment clauses link verified indices to defined cost components
• Indexation formulas specify base dates, lags, caps and review triggers
• Open-book clauses define records, audit rights and confidentiality boundaries
• Service-level agreements connect performance failures to credits and remedies
• Change-control procedures price scope changes before work proceeds
• Contract renewal plans use cost data, market tests and performance evidence

Participants can quantify the cost implications of supply risk and resilience choices.

• Supply risk assessments combine probability, impact, detectability and response cost
• Single-source exposure analysed against disruption, quality and pricing risks
• Dual sourcing costs compared with resilience, capacity and qualification benefits
• Business continuity inventory assessed using disruption scenarios and holding costs
• Supplier financial risk indicators incorporated into sourcing cost decisions
• Risk-adjusted cost models make contingency assumptions visible to decision makers

Participants can classify, calculate and validate supply chain savings with finance stakeholders.

• Savings taxonomy distinguishes cost reduction, cost avoidance and cash release
• Baseline rules prevent double counting across procurement and operations initiatives
• Benefits calculations separate recurring savings from one-time implementation costs
• Finance validation checks budgets, general ledger impacts and timing
• Initiative charters define owners, milestones, dependencies and risk controls
• Benefits trackers report forecast, realised and at-risk value consistently

Participants can organise cost initiatives for cross-functional ownership, control and delivery.

• RACI matrices assign accountability for sourcing and cost-reduction actions
• Stakeholder maps identify decision makers, users, suppliers and blockers
• Implementation roadmaps sequence approvals, trials, contracts and operational changes
• Control plans monitor quality, service, risk and realised savings
• Escalation thresholds define responses to cost, service and compliance deviations
• Executive dashboards communicate value, progress, decisions and unresolved risks

Participants can build, review and present a complete supply chain cost management plan for a defined category, product, service or logistics scope.

• Cost baseline consolidates spend, operational drivers and financial assumptions
• Total cost ownership model compares realistic sourcing or operating options
• Should-cost or cost-to-serve analysis tests the selected cost opportunity
• Opportunity pipeline prioritises value, feasibility, risk and implementation timing
• Benefits case defines validation rules, owners, milestones and controls
• Stakeholder presentation defends recommendations using evidence, scenarios and trade-offs