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Agile Development is one of the methodologies use in software engineering to help develops software. Today, there are a lot of different approach to Agile method. However, they all share the same value and principals. This method is value interactions over team and customer, workable software, and adaptable to change. Over the processes, documentation, contract, and plan. Agile developer also following 12 principle. 1, Their first priority is to delivery fast and quality software that will satisfy customer. 2, be adaptable to any change in requirement at any point in time, Agile development always

According to SearchCIO (2013), “Project scope is the part of project planning that involves determining and documenting a list of specific project goals, deliverables, tasks, costs and deadlines” (para. 1). Project scope is important because it keeps everyone moving along in the process and phases of SDLC. It allows the COO to see the progress of the development of the

Abstract: Agile software development is a conceptual framework for software engineering that promotes development in iterations throughout the life-cycle of the project .Software developed during one unit of time is referred to as an iteration, which may last from one to four week Scrum is part of the Agile movement. It is a lightweight process framework for agile development. The Scrum method is most often used to manage complex software and product development, using iterative and incremental practices. And results have been shown about significantly increase in productivity and reduces time to benefits relative to classic “waterfall” processes. But scrum method also have some problems and to overcome the problems a new approach is proposed

Agile development is a term used in software development to describe incremental software development methodologies. It is a type of incremental model because, in incremental model the whole requirement is separated into many separated builds. Here, the software is developed in incremental, rapid cycles resulting in small incremental releases with each release building on its former functionality. Each release is critically tested to make sure that the software quality is maintained.

Agile software development is a conceptual framework for software engineering that promotes development iterations throughout the life-cycle of the project.

Agile Methodology is a framework employed for undertaking software engineering projects. The importance of this methodology could be well understood from the fact that new methods have evolved such as Crystal methods, Dynamic systems Development model and scrum which are significant in their own right.

Over the last several years, agile software development processes have become increasingly popular. According to Fowler (2003), the agile software engineering processes attempt to enable more flexible and adaptive software development than the traditional software engineering processes offer.

Agile software development is defined as “set of methods that support incremental software development” [1]. Agility means responding to changes quickly and efficiently, flexible production system. Possible changes required in software projects are in requirements, budget, schedule, resources, technology and team. For successful software these changes should be reflected in the product. The term agile software development and the agile golden principles were defined in agile alliance meeting in 2001.

Agile software development refers to a group of software development methodologies e.g. Dynamics System Development Model, Crystal Methods and Extreme programming (XP methodology). Agile methods attempt to minimise the risk in software in short time boxes called iterations. Every iteration includes all the tasks necessary to release the mini increment of new functionality: planning, requirements analysis, design coding, testing and documentation. At the end of every iteration the priorities will be evaluated. Agile methods emphasise real time communication, preferably face to face instead of written documents. Agile methods also emphasise working software as the primary measure of progress. Agile methods produce very little documentation compared to other methods. Most Agile teams are located in a bullpen and include all the people necessary to finish the software. (1) (3)

There are a number of software engineers who advocate this approach and there are huge software development organizations that prefer agile approach to use than other traditional methodologies. According to Andrew Begel and Nachiappan Nagappan [2] from more than two decade agile software methodology is gaining acceptance by the professionals since 1990. Due to fast changing technology, common customer can not define his needs properly. New approaches and methodologies were needed able to define changing requirements properly. Traditional methods such as waterfall model are not able to deal with real ways software engineering functions in software development. Some group of software consultants signed the agile SD manifesto in 2001. This was the era when agile software development was basically emerged. Main benefit of this approach is to promote and develop the response and speed of software development to change the requirement as well as deadlines [3] [4]. There are many agile methods used in agile software methods. The most known method is extreme programming generally called XP. Some others are Dynamic Software Development Methods DSDN, Scrum and Crystal. These mentioned methods can be considered as a new idea plan that is based on the traditional methods. Basic description of software development methodologies is given bellow as.

This paper discusses about Traditional Software engineering, Agile software development, the Waterfall software development model and also a new concept of Agile software engineering. After a thorough analysis of the paper, I could relate it to topics of Traditional Software Engineering (TSE) which is the process of developing software products. It deals with Cost estimation and budgeting, scheduling, Requirements analysis, Design, Implementation, Testing and Deployment, Measuring products and processes, Quality improvement, Maintenance and so on… Another concept that I could relate to was

To meet and exceed the expectations of the Business, Client organizations are progressively looking at using agile methodologies for software development. Agile methods attempt to minimize risk of software development by developing software in short time boxes, called iterations. An agile software development process release new working version of software at the end of every iteration. Scrum is one of the most popular agile development methodologies increasingly being adopted by IT firms.

The agile lifecycle based on experiment operation, which cause the good performance. The visibility indicates to support the product development. This provides efficient vision for key users. Risk management, a short incremental releases are visual to the product holder and product team through its development which help us to select any problems early and make it easier to reply to alteration. Agility indicates to admit the alterations, client satisfaction, creating the suitable product [6, 8]. There are agile methodologies: feature driven development, Extreme programming, rational unified process, animated systems development, scrum and Adaptive software development [9].

“Agile Software Development is an umbrella term for a set of methods and practices based on the values and principles expressed in the Agile Manifesto. Solutions evolve through collaboration between self-organizing, cross-functional teams utilizing the appropriate practices for their context” (Agile Alliance, 2015).

For businesses that aim to develop new services or products in an interactive yet a disciplined manner, this feature is perfect. It offers agile support for a seamless workflow. Agile software development is a group of software comprising of development methodologies. These methodologies are predominantly based on iterative development. It provides businesses an environment where solutions evolve through interaction and collaboration within self-organizing and cross-functional teams.