Manufacturing Procurement and Direct Materials Sourcing Training Course

Course overview

Manufacturing procurement teams must secure production-critical materials while managing volatile commodity prices, long supplier lead times, engineering changes, quality requirements and plant-level continuity risks. A sourcing decision that appears favourable on unit price can create expensive consequences through scrap, line stoppages, excess inventory, unapproved substitutions or supplier capacity failures. This course equips procurement professionals to make defensible direct-materials decisions that balance total landed cost, quality, capacity, resilience and programme timing.

Participants learn a disciplined sourcing process for raw materials, components, assemblies and production services. They analyse bills of materials, classify spend with the Kraljic Matrix, build should-cost models, issue RFQs, evaluate supplier quotations and negotiate commercial terms suited to manufacturing supply. The course covers supplier capability assessment, capacity planning, quality gates, PPAP-linked procurement requirements, dual sourcing, commodity-index pricing and contract clauses for delivery, tooling, warranties and change control. Participants also practise turning production, engineering and quality requirements into clear sourcing specifications and award recommendations.

Delivery combines instructor-led explanation with manufacturing cases, Excel-based analysis, supplier-bid evaluation workshops and negotiation role plays. Participants work through a simulated direct-material sourcing project, from demand and specification review through supplier selection and contract strategy. They leave with a completed sourcing dossier: a category strategy, RFQ evaluation model, total-cost comparison, supplier scorecard, risk register and award recommendation that can be adapted for their own plant, commodity or component family.

The course is designed for procurement and supply-chain professionals who already work with operational purchasing, supplier management or production planning and now need stronger strategic sourcing capability for direct materials.

Course objectives

By the end of this course, participants will be able to:

• Analyse direct-material spend using spend segmentation, BOM demand signals and the Kraljic Matrix
• Build a should-cost model incorporating material, conversion, tooling, freight, duties, scrap and inventory costs
• Create manufacturing-ready RFQ packages with specifications, volumes, quality requirements and commercial schedules
• Evaluate supplier bids using weighted scorecards, total cost of ownership and capacity-risk criteria
• Conduct supplier capability assessments covering process capacity, quality systems, lead times and continuity controls
• Negotiate direct-material pricing mechanisms using commodity indices, volume tiers, rebates and cost-breakdown data
• Develop sourcing risk registers with mitigation actions for single-source, quality, logistics and capacity exposures
• Produce a documented sourcing award recommendation with financial analysis, stakeholder approvals and implementation milestones

Benefits of attending

Target competencies

Who should attend

• Direct Materials Buyers — who source production inputs and must protect supply continuity
• Strategic Sourcing Specialists — who lead RFQs, supplier selection and category strategies for manufacturing spend
• Procurement Managers — who need consistent award decisions across plants, commodities and supplier portfolios
• Commodity Managers — who manage material cost movements, supplier leverage and long-term supply agreements
• Supply Chain Planners — who need to understand how sourcing lead times, MOQs and capacity affect production plans
• Supplier Development Engineers — who work with procurement on supplier capability, quality and readiness assessments

Requirements and prerequisites

Participants should have practical experience in purchasing, supply planning, supplier management or a manufacturing support function. They should understand basic purchase-order terminology, lead time, minimum order quantity, bill of materials, supplier quotation and Excel spreadsheets. Familiarity with their organisation's ERP system is useful because examples refer to demand, supplier and purchasing data, but no specific system configuration experience is assumed. This is an intermediate course: it does not teach basic procurement administration from first principles, and it does not require prior expertise in cost engineering, SAP configuration, accounting, statistics or formal negotiation qualifications.

Training methodology

The instructor uses short, applied teaching blocks followed by workshops built around a manufacturing sourcing scenario. Participants interpret a bill of materials and demand profile, construct an Excel total-cost model, prepare an RFQ evaluation matrix, assess supplier capacity and quality evidence, and negotiate against a commodity-price movement. Small groups compare award options and defend their recommendation to a simulated cross-functional review panel representing engineering, quality, operations and finance. The final session converts the work into an individual application plan for a live category, supplier or upcoming sourcing event.

Course outline

Day 1: Direct materials sourcing strategy

• Direct versus indirect spend and the production-continuity implications
• Bill of materials structure, demand signals and consumption forecasting
• Spend cube analysis by commodity, supplier, plant and material group
• Kraljic Matrix segmentation for production-critical categories
• Stakeholder mapping across engineering, quality, operations and finance
• Make-buy decisions and supplier-market assessment
• Category strategy structure for direct materials

Workshop: Participants build a category profile and Kraljic segmentation for a simulated component family, identifying sourcing priorities and stakeholder requirements.

Day 2: Cost, specifications and RFQ design

• Should-cost model architecture for manufactured components
• Raw-material, conversion, labour, overhead and margin cost drivers
• Total landed cost including freight, duties, packaging, scrap and inventory
• Commodity indices and price-adjustment formula design
• Technical specifications, drawings, revisions and engineering change control
• RFQ schedules for volumes, lead times, tooling, quality and commercial terms
• Supplier quotation templates and cost-breakdown requests

Workshop: Participants create an Excel should-cost and total-landed-cost model, then draft the core schedules for a production-component RFQ.

Day 3: Supplier qualification and bid evaluation

• Supplier prequalification criteria and sourcing gate reviews
• Process capability, capacity utilisation and ramp-up assessment
• ISO 9001 evidence, PPAP requirements and quality performance measures
• Supplier financial health and operational-continuity indicators
• Weighted supplier scorecards and evaluation-criteria calibration
• Bid normalisation and like-for-like quotation comparison
• Total cost of ownership analysis and award scenarios

Workshop: Teams evaluate three supplier quotations using a weighted scorecard and present a preliminary award scenario supported by cost, quality and capacity evidence.

Day 4: Negotiation, contracts and supply risk

• Negotiation planning using objectives, concessions and walk-away positions
• Fact-based negotiation from cost breakdowns and market indices
• Volume commitments, MOQ, capacity reservation and allocation clauses
• Tooling ownership, amortisation and maintenance responsibilities
• Quality, warranty, delivery and non-conformance contract provisions
• Single-source, geopolitical, logistics and sub-tier supply risk analysis
• Dual sourcing, safety stock and supplier-development mitigation strategies

Workshop: Participants conduct a supplier negotiation role play and revise a supply agreement term sheet to address price, capacity, tooling and delivery risk.

Day 5: Award governance and implementation

• Sourcing award recommendations and decision-paper structure
• Financial validation of savings, cost avoidance and budget impacts
• Cross-functional approval workflows and delegation of authority
• Supplier onboarding, SAP S/4HANA master-data and purchase-info-record considerations
• Implementation plans for tooling transfer, PPAP and production launch
• Supplier performance scorecards and quarterly business reviews
• Post-award benefits tracking and sourcing-project lessons learned

Workshop: Each participant completes and presents a sourcing dossier containing an award recommendation, risk register, implementation milestones and stakeholder approval plan.

Tools & standards covered

Microsoft Excel, SAP S/4HANA, ISO 9001:2015, AIAG Production Part Approval Process (PPAP)

A typical training day

Live online deliveries follow the same structure in the East Africa Time zone, with shorter screen blocks and longer breaks.

What the fee includes

How you can take this course

Certification

Participants who complete the full five days receive the Skillset Development Certificate of Completion, stating the course title, course code, dates and delivery format — suitable for professional-development records and employer reimbursement.

Frequently asked questions