Author List: Fruhling, Ann; Vreede, Gert-Jan de;
Journal of Management Information Systems, 2006, Volume 22, Issue 4, Page 39-68.
eXtreme Programming (XP) is a well-known agile software development method. While a number of reports have been published on explaining the XP methodology and the perceived benefits when using XP for system development in recent years, less is known about the actual operationalization of the XP principles. This paper presents an action research study reporting on the experiences of implementing the XP methodology in a development project for a Web-based, distributed information system. The goal of this research was to increase the understanding of how to effectively operationalize XP techniques so that the system being developed catered to today's fast-paced technological environment by allowing the developers to respond quickly to innovative and changing requirements. Overall, the research indicates that most of the XP principles could be effectively implemented; however, three of the principles required modification (i.e., testing, pair programming, customer collocation). Several benefits resulted from the usage of XP. The rapid prototyping enabled information technology developers and users to clarify system requirements, communicate openly, quickly build rapport, and create an interface that was easy to use and learn. Further, the research found that where the technology was new or foreign to the development team and the user, the XP process was flexible enough to support several iterations of technology and produce prototypes in a timely manner. Pair programming appeared to work effectively and offer value; however, it is not always practically feasible.
Keywords: action research; agile methodologies; emergency response; eXtreme programming; pair programming; rapid prototyping; software testing
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#104 0.147 action research engagement principles model literature actions focus provides developed process emerging establish field build guidance known project elements insights
#26 0.136 business large organizations using work changing rapidly make today's available designed need increasingly recent manage years activity important allow achieve
#152 0.117 software development process performance agile processes developers response tailoring activities specific requirements teams quality improvement outcomes productivity improve fit maturity
#297 0.092 programming program programmers pair programs pairs software development problem time language application productivity best nominal languages programmer generators working reduces
#40 0.090 increased increase number response emergency monitoring warning study reduce messages using reduced decreased reduction decrease act sessions cost good key
#90 0.080 development life cycle prototyping new stages routines stage design experiences traditional time sdlc suggested strategies rapid effort integrated needs techniques
#164 0.058 countries global developing technology international country developed national economic policy domestic study foreign globalization world government nations innovative technological especially
#294 0.054 development systems methodology methodologies information framework approach approaches paper analysis use presented applied assumptions based proposed described examines basis proposes