| Name: | Description: | Size: | Format: | |
|---|---|---|---|---|
| 933.71 KB | Adobe PDF |
Authors
Advisor(s)
Abstract(s)
O Planeamento de Necessidades de Materiais Orientado pela Procura (DDMRP) foi introduzido em 2011 para melhorar o desempenho do planeamento da cadeia de abastecimento, é um método que promete ser revolucionário na área do planeamento e gestão de materiais.
De acordo com relatórios do Demand Driven Institute (DDI), o DDMRP reduz os níveis de inventário em cerca de 31% enquanto melhora os níveis de serviço em cerca de 13% e permite a redução dos prazos de entrega dos pedidos dos clientes. Esses resultados podem ter um impacto significativo no desempenho financeiro de uma empresa e fornecer vantagem competitiva.
Esta monografia tem como objetivo contribuir para a melhor compreensão do método DDMRP, bem como demonstrar e facilitar a sua implementação através do desenvolvimento de um simulador que permite criar, analisar e otimizar diferentes configurações da cadeia de abastecimento.
The Demand-Driven Material Requirements Planning (DDMRP) was introduced in 2011 to improve the performance of supply chain planning, it is method that promises to be revolutionary in the scope of materials planning and management. According to reports by the Demand Driven Institute (DDI), the DDMRP reduces inventory levels around 31% while improve service levels around 13% and it allows the reduction of delivery times for customer orders. Such results can have a significant impact on a company's financial performance and provide a competitive advantage. This monograph intends contribute to a better understanding of the DDMRP method, as well, to explain and facilitate the implementation through the development of a simulator that allows to create, analyze and optimize the different configurations of the supply chain.
The Demand-Driven Material Requirements Planning (DDMRP) was introduced in 2011 to improve the performance of supply chain planning, it is method that promises to be revolutionary in the scope of materials planning and management. According to reports by the Demand Driven Institute (DDI), the DDMRP reduces inventory levels around 31% while improve service levels around 13% and it allows the reduction of delivery times for customer orders. Such results can have a significant impact on a company's financial performance and provide a competitive advantage. This monograph intends contribute to a better understanding of the DDMRP method, as well, to explain and facilitate the implementation through the development of a simulator that allows to create, analyze and optimize the different configurations of the supply chain.
Description
Keywords
DDMRP Sistema Pull Gestão Lean Gestão de inventário Pull system Inventory management Lean management