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Enterprise Resource Planning




                    notes            unit 14: case study – erp application on supply chain




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                                     Case Study    optimizing the supply chain: Baans’ perspective
                                          his study aims to emphasize the importance of planning in the process of supply
                                          chain as there is scope for enormous savings by making supply chains effective. For
                                     Tthis, ERP (Enterprise Resource Planning) applications are used to streamline and
                                     integrate business processes. But most of these applications have shortcomings such as
                                     sequential approach for planning, lack of constraint identification, lack of visibility, static
                                     lead times and level of details used for capacity planning. A new class of planning software
                                     called APS (Advanced Planning and Scheduling) refutes these problems and it works on
                                     popular constraint – based techniques.
                                     Keywords: Enterprise Resource Planning, Advanced Planning and Scheduling, leadtimes,
                                     BaanSCS,  Materials  Requirement  Schedule,  Material  Requirements,  Planning  Capacity
                                     Requirements.
                                     introduction
                                     The intricate complexity of today’s supply chains is staggering. Sales, supply, production,
                                     distribution – all must be deftly balanced and seamlessly integrated if one wants to compete
                                     in the global market place. However, these supply chains are far from efficient – billions of
                                     dollars in potential savings lie trapped in inefficient supply chains. Intelligent supply chain
                                     management represents the single greatest opportunity for increasing market share, cash
                                     flow and profits. It enables you to make informed decisions along the entire supply chain,
                                     from acquiring raw materials to manufacturing products to distributing finished goods to
                                     the consumer.

                                     Companies seeking to re-engineer their supply chains have taken a variety of approaches.
                                     Many companies implement ERP (enterprise resource planning) applications, to solve this
                                     problem. These applications contain capabilities such as inventory management, material
                                     planning,  order  processing,  procurement,  shop  –  floor  management  and  finance.  ERP
                                     systems  allow  companies  to  streamline  and  integrate  business  processes  by  improving
                                     information flow and velocity, both within a company’s supply chain, as well as, externally
                                     with trading partners.

                                     Beyond erp: supply chain solutions
                                     Planning is a fundamental process that occurs across the entire supply chain and impacts all
                                     aspects of the demand fulfillment process – from procuring raw materials and transforming
                                     them into a finished product, to delivering that product to customers. However, for most
                                     ERP systems, their planning environment has several shortcomings.
                                     Traditional ERP systems use a sequential approach to derive a plan. First, a Master Production
                                     Schedule (MPS) is created, which provides the basis for Material Requirements Planning
                                     (MRP), and, after this step, attempts to perform Capacity Requirements Planning (CRP).
                                     Unfortunately, this approach considers material and capacity as independent variables at
                                     each stage that results in an infeasible plan. To resolve this, MRP’s logic advocates iterating
                                     this sequence multiple times to adjust for changes made at each step. Soon these actions
                                     become very confusing due to the complexity of the planning problem and the scope of the
                                     product – mix being planned. Consequently, the planner starts planning with more slack
                                     to protect the feasibility of his plan.
                                                                                                         Contd...




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