Reference no: EM132148251

Order fulfillment process Assume that if the product requested is not in stock, it needs to be manufactured before the order handling can continue. In this way, an order can never be rejected. To manufacture a product, the required raw materials have to be ordered. Two preferred suppliers provide different types of raw material. Depending on the product to be manufactured, raw materials may be ordered from either Supplier 1 or Supplier 2, or from both. Once the raw materials are available, the product can be manufactured and the order can be confirmed. On the other hand, if the product is in stock, it is retrieved from the warehouse before confirming the order. Then the process continues normally. After confirming the order, the shipment address is received and the requested product is shipped while the invoice is emitted and the payment is received. Afterwards, the order is archived and the process completes. 2 With respect to the above process, use the following report format and provide necessary discussion under each section: 1. Descriptions of System - Describe the system - (If any) Explain any problem(s) in the system (e.g. causes of the problem and its (potential) effects 2. Simulation Objective(s) - State the objective(s) of carrying out your simulation project 3. Experimental Factors & Responses - Discuss the potential experimental factors of your simulation study. - Discuss the potential responses and explain how they should be presented. 4. Model Contents & Level of Details - Show which of systems components will be included/excluded in your simulation model and explain why they should be included/excluded. - Describe the appropriate level of details for the included components. 5. Models Process Map - Diagrammatically represent your conceptual model in a form of a process map - Make sure that the constructed process map is representative to the model contents and level of details. 6. Assumptions & Simplifications - State all assumptions are made to abstract the system in the conceptual model. - Describe any simplifications are made during the abstraction process. 7. Plan of Input Data - Describe all input data which are required to code your conceptual model into a computer model. Also, explain which of these data are deterministic and which are probabilistic and propose probability distributions. - Explain how to do you plan to collect these input data.