Please use this identifier to cite or link to this item: https://dl.ucsc.cmb.ac.lk/jspui/handle/123456789/2757
Title: New Product Introduction Work Bench For Electronics Design and Manufacturing services
Authors: Sarathchandra, A.B.S.W.
Issue Date: 22-Jul-2014
Abstract: In the current competitive EMS environment, there are many sites and companies offering NPI work Bench software applications at varying degrees of ease of use and feature sets. The evolution of Manufacturing Execution software has come through a long way from its early expensive, clumsy DOS and UNIX based systems to modern graphical user interface based on Microsoft Windows platforms. Both the free and commercial versions of the software based on same core engine, which has proven successful and endured the test of time. Objective of the proposed system is to computerize the system of the New Product Introduction Engineering Activities in EMS Industry. This system has recognized for its simplicity and practical approach to its user interface design. In general, there are no tools, which can satisfy the particular sector requirements at all levels. Always it is inevitable to have customizations and internal adjustments within the business process flow to have optimum results. The developed system intends to ensure article availability within the system by checking. If it is available, it is to be created as a new. This is a fundamental and it has fully fudged links depending on the requirements of supply chain CSM to delivery move over. The proposed system covers complete and automatic operating of Visual Aid file handling, engineering change management, engineering change request management, RMA handling, and Retrieving files when required. The evolutionary development with prototyping is used as the system development methodology and object oriented system design is used to design the system. For develop this UML (Unified Modeling Language) was used for system design and Microsoft Office Visio 2007 used as the design tool. For implementing the system Microsoft Visual studio vb.net was used as language of the system. Microsoft SQL server used to handle the Database of the system.
URI: http://hdl.handle.net/123456789/2757
Appears in Collections:2012/2013 BIT Undergraduate thesis

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