1.0 Introduction Project Management Offices only exist within organizations that follow very structured‚ formalized methodologies. At least this is the information that we are provided or is accepted as a common belief. In many cases‚ this is indeed the case. In an Agile environment‚ the speed at which things occur can be very quick and is more concentrated on successful outcomes instead of worrying about bureaucratic red tape‚ which is normally the staple of the PMO‚ which tend to slow things
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3.0 RESEARCH METHODOLOGY 3.1 Introduction The previous chapter focused on the literature issues with the traditional voting system that encourage developing an electronic application for this purpose. This chapter describes the various options to be employed by the researcher in answering the research questions. The basis of methods used to collect data of the system problem is presented. It includes specific methods which were used to achieve the objectives of the project and a justification
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AGILE MANUFACTURIN G Tuğçe İŞSEVER 524413007 Marmara University Institute of Pure and Applied Science History of Agile Manufacturing In 1991‚ an industry-led study‚ sponsored by the United States Navy Mantech Program‚ and supported by the Iacocca Institute at Lehigh University in the United States‚ was conducted in order to originate a new paradigm for successful manufacturing enterprises. The report of that study‚ entitled “21st Century Manufacturing Enterprise Strategy”‚ coined the term “agile
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System Development Life Cycle System Development Life Cycle (SDLC) is a project management technique used to divide complex projects into smaller and more manageable segments or phases. The software development projects include initiation‚ planning‚ analyzing‚ design‚ programming‚ testing‚ implementation‚ and maintenance phases. Through the feasibility study task the system is investigated to use the existing program or to change it. Once the decision is made through the feasibility analysis
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Chapter 3 Methodology The methodology used by the proponents is the classical waterfall model. The waterfall model is the classical model of software engineering. This model is one of the oldest models and is widely used in government projects and in many major companies. As this model emphasizes planning in early stages‚ it ensures design flaws before they develop. In addition‚ its intensive document and planning make it work well for projects in which quality control is a major concern. The
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This “light weight” method of programming brought developers together in an inclusive effort to spread their values and create a manifesto for what was termed “Agile” software development. Williams cites the four main values that developers hold true; Individuals and actions over processes and tools. Working software over comprehensive documentation. Customer collaboration over contract negotiation; and Responding
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IIBA ® International Institute of Business AnalysisTM The Agile Extension to the BABOK® Guide November 2011 Draft for Public Review The Agile Extension to the BABOK® Guide is a collaborative effort by the International Institute of Business Analysis and the Agile Alliance. Agile Extension to the BABOK® Guide November 2011 Draft for Public Review www.iiba.org International Institute of Business Analysis‚ Toronto‚ Ontario‚ Canada © International Institute of
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supplier to Ford‚ the OEM in this case. Agile Electric‚ located in southern India‚ is a supplier to Automek. Automek has invested significant time and resources into the development of Agile due to its low cost of manufacturing capabilities. Agile has been asked to manufacture an actuator assembly for Automek. Agile is concerned about their ability to supply the assembly without assistance from Automek but their CEO is pushing them to step up to the challenge. Agile is also concerned about their downstream
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across Agile in India and sent its technical team to assess this potential supplier. The team was satisfied with the facility and approved it as its supplier of motors to Automek. As Agile’s quality and delivery performance was good. In 2002 Automek awarded a business for a new product which was not in Agile’s existing product portfolio. A team was deputed to work with Agile to setup the manufacturing line to produce the product as per Automeks requirement. The launch was successful and Agile continued
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Agile Ports Agile Ports Functional ports over the world handle different cargos of varied quantities and size to complete the international transport chain (Konings‚ Priemus & Nijkamp‚ 2008). The capacity of such ports needs enhancement to minimize operational interruption of their terminals as the containers move in and out the ports. Technological advancements and application of best business practices ensure the operations in the ports are efficient enough to handle the capacities
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