Lesson 1Material master templates and mass maintenance tools (LSMW, MASS, MDG basics) for efficient rollout of pump componentsExplores setting up standard material master templates for pump parts and utilising SAP mass maintenance tools to speed up deployment, minimise mistakes, and uphold data standards across sites and engineering hubs in New Zealand.
Designing pump material master templatesUsing MASS for field updatesLSMW basics for material uploadIntro to MDG for material governanceData validation and error handlingLesson 2Technical and engineering fields: drawing number, CAD file link, revision level, material specification, tolerance class, surface treatmentDetails capturing engineering info in the material master, such as drawing refs, CAD connections, revisions, specs, tolerances, and surface finishes, guaranteeing traceability from design to production in local manufacturing.
Drawing number and version controlCAD file link and storage optionsRevision level and change historyMaterial specification and standardsTolerance class and surface treatmentLesson 3Key material master views: Basic Data, MRP, Purchasing, Accounting, Work Scheduling, Classification, Warehouse Management — purpose and required fieldsExamines primary material master views pertinent to mechanical engineers, outlining their roles, essential fields, and interactions to aid planning, buying, costing, storage, and classification of pump components in NZ settings.
Basic Data and Classification viewsMRP and Work Scheduling viewsPurchasing and Sales viewsAccounting and Costing viewsWarehouse Management and storageLesson 4Document links and PLM integration: attaching drawings, material certificates, test reports, and linking to SAP PLM or DMSOutlines attaching technical docs to materials, handling certificates and test reports, and integrating SAP with PLM or DMS, ensuring engineers and buyers access the most current approved documents in New Zealand operations.
Document info records for materialsLinking drawings and 3D modelsAttaching certificates and test reportsIntegration with SAP PLM and DMSVersioning and access authorizationLesson 5Overview of SAP material types and determination for pump items (finished product, HALB, ROH, trading goods, spare parts)Introduces SAP material types for pump assemblies and components, how selection occurs in mechanical engineering, and impacts on costing, planning, procurement, and spares management throughout the lifecycle in Kiwi contexts.
ROH, HALB, FERT, HAWA, HIBE definitionsMaterial type selection rules for pumpsImpact on MRP, costing, and valuationSpare part vs main product material typesNumber range and account determinationLesson 6Regulatory and standards metadata in material master: capturing API/ISO standard references, certificates, and compliance fieldsConcentrates on recording regulatory and standards data in the material master, covering API and ISO refs, certificates, and compliance details essential for audits, customer docs, and export controls in New Zealand.
API and ISO standard referencesStoring certificates and approvalsCompliance and safety attributesCountry and customer specific rulesAudit trails and reporting fieldsLesson 7Material master fields specific to mechanical parts: unit of measure, base unit, weight/dimensions, valuation class, price control, lead time, storage conditionInvestigates material master fields vital for mechanical components, including units of measure, dimensions, weight, valuation class, price control, lead times, and storage conditions, and their effects on logistics and costing locally.
Base and alternative units of measureDimensions, volume, and weight dataValuation class and price controlPlanned delivery and in-house timesStorage conditions and handling unitsLesson 8Lifecycle and status management in material master: material status, blocked materials, procurement status, and change impacts on procurement/productionDescribes lifecycle oversight via material status, procurement and sales blocks, and status-based checks, illustrating how status shifts influence buying, production, and spare availability for pump parts in NZ.
Material status concepts and usageBlocked materials and business impactProcurement and production statusStatus-driven field and view controlEnd-of-life and replacement handlingLesson 9Classification and characteristics: creating classes and characteristics for pump components (API/ISO attributes, material grade, hardness, heat treatment)Demonstrates designing and maintaining SAP classification for pump parts, establishing classes and characteristics for material grade, hardness, heat treatment, and API or ISO traits to facilitate accurate searches and reports.
Class types and class structure designDefining characteristics and domainsAPI and ISO attribute characteristicsMaterial grade and hardness codingHeat treatment and coating attributes
