Abstract
This chapter discusses a generic development methodology for the e-Management of supply chain. It is based on the principles of domain-independent problem solving and modeling, and domain-dependent analysis and implementation. The purpose of such approach is to ascertain characteristics of the problem independent of the specific problem environment. Consequently, the approach delivers solutions or the solution methods that are intrinsic to the problem and not its environment. The applications from the automotive industry are utilized in the chapter. The management of supply chain systems is one of the major tasks related to coordinating “product-process-resource” logistics that a firm has to perform in this global economy. The purpose of this type of system is to disseminate information about the market and available capabilities into coordinated plans for production and replenishment of goods and services in the network formed by co-operating units. This network assumes different structures because it adapts to the evolving market dynamics. One of the primary goals of e-Management is to facilitate transfer and sharing of data and knowledge among the units and to support these supply chain structures. Knowledge-based modeling tools for supply chain management utilize reusable components and configure knowledge as needed to assist users in decision making.