Abstract: A method and storage medium for utilizing excess inventory of parts that are used in end products and having part identifiers are provided. The method includes identifying an excess inventory of parts including part identifiers and a quantity associated with each part identifier. The method also includes identifying potential end products for manufacture comprising a Bill of Materials (BOM) for each end product and where each BOM calls out at least one part identifier in the excess inventory of parts. The method further includes determining a build plan including one or more of the potential end products, the build plan optimized to specific criteria and utilizing an amount of the excess inventory whereby the specific criteria include maximizing the quantity of the excess inventory utilized without exceeding a specific dollar value of additional parts purchased to produce the build plan.

Abstract: An exemplary embodiment of the invention relates to a storage medium for facilitating excess inventory utilization. The excess inventory includes parts used in end products. The storage medium includes instructions for a causing a computer to implement a method. The method includes translating sales specific terminology describing the end products into bill of material terminology describing the parts used in end products via a bill of material structure. The translating includes mapping between features associated with end items and parts required to build the end items. The method also includes determining an optimal build plan for the end items that, if built, would consume a desired quantity and/or type of excess inventory.

Abstract: A method and storage medium for utilizing excess inventory of parts that are used in end products and having part identifiers are provided. The method includes identifying an excess inventory of parts including part identifiers and a quantity associated with each part identifier. The method also includes identifying potential end products for manufacture comprising a Bill of Materials (BOM) for each end product and where each BOM calls out at least one part identifier in the excess inventory of parts. The method further includes determining a build plan including one or more of the potential end products, the build plan optimized to specific criteria and utilizing an amount of the excess inventory whereby the specific criteria include maximizing the quantity of the excess inventory utilized without exceeding a specific dollar value of additional parts purchased to produce the build plan.

Abstract: An exemplary embodiment of the invention relates to a method, system and storage medium for utilizing excess inventory comprising parts used in end products. The method comprises: translating sales specific terminology describing end products into bill of material terminology describing parts used in end products via a bill of material structure; and, utilizing the bill of material structure, determining an optimal build plan for end items that, if built, would consume a desired quantity and/or type of excess inventory. The invention also comprises a system and storage medium.

Abstract: A method of forecasting the demand for components used to manufacture a plurality of different devices is presented. The method determines a production quantity of each of the devices planned to be manufactured, analyzes each of the devices to produce exploded lists of components required to manufacture each of the devices and device assemblies, multiplies the list of components required for each device by each the production quantity to determine a total volume of each component required to manufacture the devices, identifies components as ones having a level of supply insufficient to meet demand and having no available substitute components, and calculates a volume of each critical component required to manufacture the devices based on the total volume of each component.

Abstract: An exemplary embodiment of the invention relates to a method, system, and storage medium for utilizing excess inventory of parts used in end products and having part numbers. The method comprises: determining a summary of at least one end product utilizing at least one excess part number, wherein the summary includes a total quantity of the at least one excess part number required to produce a respective end product; and based on a selection of at least one end product from the summary and at least one corresponding quantity, generating a report of end products that, for each quantity of end products, lists the dollar value of excess parts consumed to produce the quantity of end product; and the dollar value of additional parts to be purchased to produce the quantity of end product. The invention also includes a system and storage medium.

Abstract: An exemplary embodiment of the invention relates to a method, system and storage medium for utilizing excess inventory comprising parts used in end products. The method comprises: translating sales specific terminology describing end products into bill of material terminology describing parts used in end products via a bill of material structure; and, utilizing the bill of material structure, determining an optimal build plan for end items that, if built, would consume a desired quantity and/or type of excess inventory. The invention also comprises a system and storage medium.

Abstract: A method and structure for using a materials requirements planning (MRP) tool is disclosed. The invention runs a simulation using a MRP tool for at least one preselected component to produce simulated order levels for a preselected component. The invention then identifies deviations of the simulated order levels from the historical order levels for the preselected component. Next, the invention analyzes the MRP tool to determine whether the deviations are appropriate or are errors. The invention corrects the MRP tool to correct for errors and runs the MRP tool after correcting.

Abstract: An exemplary embodiment of the invention relates to a method, system, and storage medium for utilizing excess inventory of parts used in end products and having part numbers. The method comprises: determining a summary of at least one end product utilizing at least one excess part number, wherein the summary includes a total quantity of the at least one excess part number required to produce a respective end product; and based on a selection of at least one end product from the summary and at least one corresponding quantity, generating a report of end products that, for each quantity of end products, lists the dollar value of excess parts consumed to produce the quantity of end product; and the dollar value of additional parts to be purchased to produce the quantity of end product. The invention also includes a system and storage medium.

Abstract: A method of forecasting the demand for components used to manufacture a plurality of different devices is presented. The method determines a production quantity of each of the devices planned to be manufactured, analyzes each of the devices to produce exploded lists of components required to manufacture each of the devices and device assemblies, multiplies the list of components required for each device by each the production quantity to determine a total volume of each component required to manufacture the devices, identifies components as ones having a level of supply insufficient to meet demand and having no available substitute components, and calculates a volume of each critical component required to manufacture the devices based on the total volume of each component.

Abstract: A method and structure for using a materials requirements planning (MRP) tool is disclosed. The invention runs a simulation using a MRP tool for at least one preselected component to produce simulated order levels for a preselected component. The invention then identifies deviations of the simulated order levels from the historical order levels for the preselected component. Next, the invention analyzes the MRP tool to determine whether the deviations are appropriate or are errors. The invention corrects the MRP tool to correct for errors and runs the MRP tool after correcting.