Please use this identifier to cite or link to this item: https://dl.ucsc.cmb.ac.lk/jspui/handle/123456789/2788
Title: Transaction and Inventory Management System For BINOTECH
Authors: Silva, D.N.De.
Issue Date: 22-Jul-2014
Abstract: The intention of doing this project is to develop a software solution for the transaction and inventory management in BINOTECH. The BINOTECH currently uses a manual system with lots of paperwork for their operation. It is found to be very cumbersome and inefficient. Some of the major problem being faced by the workers of the BINOTECH is, wasting time for doing various paperwork. The proposed system will allow the BINOTECH to manage all the information basically related to computers and computer equipment. It will provide a better system that will replace all the traditional methods of handling day to day works being used by the institute. This system can be categorized into a few features such as an inventory management, quotation handling, supplier management, computer parts stock handling and transaction handling etc. This proposed system keeps an error free environment inside BINOTECH. It also shows how Information Technology can be used to simplify daily tasks with more efficiently and effectively, within a shorter time, with minimizing failures while increasing the considerable profit level. The Transaction and Inventory Management System is implemented using Java as the programming language. MySQL Server 5.5 is used as the database server and NetBeans is used as an IDE. The architecture practiced here is a Hibernate technique along with MVC. In this developed system, Adobe Photoshop is used to create and design interfaces in a more attractive manner. Apart from that Smart Draw 2010 and Argo UML are used to draw the UML diagrams shown in this dissertation. At the end of this project a standalone network base application that achieved the client requirements is successfully implemented and installed on the client computer. Complete system follows hibernate framework allowing multiple future expansions.
URI: http://hdl.handle.net/123456789/2788
Appears in Collections:2012/2013 BIT Undergraduate thesis

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