TAILIEUCHUNG - Lecture Logistics theory - Lecture 16: Material requirements planning

Lecture Logistics theory - Lecture 16: Material requirements planning. At the end of this lecture, students should be able to understand: material requirements planning (MRP), MRP logic and product structure trees, MRP example, lot sizing in MRP programs. | Material Requirements Planning Learning objectives At the end of this lecture, students should be able to understand Material Requirements Planning (MRP) MRP Logic and Product Structure Trees MRP Example Lot Sizing in MRP Programs Material Requirements Planning Materials requirements planning (MRP) is the logic for determining the number of parts, components, and materials needed to produce a product. MRP provides time scheduling information specifying when each of the materials, parts, and components should be ordered or produced. Dependent demand drives MRP. MRP is a software system. 3 3 Example of MRP Logic and Product Structure Tree B(4) E(1) D(2) C(2) F(2) D(3) A Product Structure Tree for Assembly A Lead Times A 1 day B 2 days C 1 day D 3 days E 4 days F 1 day Demand Day 10 50 A Day 8 20 B (Spares) Day 6 15 D (Spares) Given the product structure tree for “A” and the lead time and demand information below, provide a materials requirements plan that defines the number of units

• Quản trị kinh doanh
• Logistics theory
• Lecture Logistics theory
• Lý thuyết logistics
• Material requirements planning
• Material requirements planning system
• Inventory records file
• International logistics
• Global logostics
• Global logistics plans
• International supply chain
• Logistics systems
• Inventory management
• Inventory management policy
• Direct shipment
• Freight transport
• External factors
• Customer characteristics
• History of logistics
• Logistics flows
• Corner store processes
• Freight transportation
• Intermodal transportation
• Consignment factor
• Logistics decisionsm
• Supply chain costing
• logistical costing
• Supply chain cost areas
• Supply chain
• Value added
• Lead time
• Just in time
• Communication technology
• Satellite communication
• Electronic data interchange
• Customer accomodation
• Customer focused marketing
• Spatial convenience
• Customer service
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• Total quality management
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• Inventory categorization method
• Inventory management policies
• ABC analysis
• Eliminate waste
• Powerful strategy
• Managing facilitating goods
• Inventory cost
• Businesses outsource
• Advantages of outsourcing
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• Logistics companies
• Relationship quality
• Resource dependence theory
• Network theory
• irm performance
• Factors of restricting the development
• Logistics financial
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• Game theory
• Management system
• Urban distribution centers
• Fruit and vegetable distribution network
• Queuing theory based bi objective mathematical model
• Environmental and economic costs
• City logistics model
• Location theory
• Rapid urbanization
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• Collecting recyclables
• Student loans
• Student credits
• Binary Logistics regression
• Domestic and international authors
• Model theory
• Economic universities