Innovation Management, QFD/Capture, RDD-RM Product Life-Cycle Planning and Management TABLE 3-1 Representative Tools Used in the Industryīusiness Crystal Ball, Excel, i2, Innovation Management, JD Edwards, Manugistics, Oracle, PeopleSoft, QFD/Capture, RDD-SD, SAP, SiebelĪrena PLM, Eclipse CRM, Innovation Management, MySAP PLM, RDD-SD, specDEV, TRIZĪrena PLM, Innovation Management, MySAP PLM, RDD-IDTC, specDEV, TRIZĪrena PLM, Innovation Management, MySAP PLM, specDEV, TRIZ
Production tools such as computer-aided manufacturing (CAM), manufacturing execution system, and workflow simulation An AEE may include the following elements:ĭesign tools such as computer-aided design (CAD), computer-aided engineering (CAE), and simulation Table 3-1 lists examples of available tools and the areas in which they operate.Īdvanced engineering environments (AEEs) are integrated computational systems and tools that facilitate design and production activities within and across organizations. Software-based tools are developed to create and use these models and simulations to best perform design, engineering analyses, and manufacturing.
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Software not only is written as an end item that operates within a product, but now also gets developed as models and simulations to emulate the end item itself in order to perfect its eventual production, field use, and retirement. The software used within these computing systems has evolved in terms of programming levels of abstraction and overall functionality. Computing tools have morphed from fingers and toes to abacuses to slide rules to calculators to high-performance computers. In agriculture, teams of oxen have been replaced by sophisticated tractors with specialized attachments. Throughout human history tools have evolved, typically driven by technological availability, market dynamics, and fundamental need.
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