Software Engineering Institute | Carnegie Mellon University
Software Engineering Institute | Carnegie Mellon University

Digital Library

Javascript is currently disabled for your browser. For an optimal search experience, please enable javascript.

Advanced Search

Basic Search

Content Type

Topics

Publication Date

Conference Paper

A Study of Enabling Factors for Rapid Fielding

  • May 2013
  • By Stephany Bellomo , Robert Nord , Ipek Ozkaya
  • This paper summarizes the practices that practitioners interviewed from Agile projects found most valuable and provides an overarching scenario for insight into how and why these practices emerge.
  • Software Architecture
  • Publisher: ICSE/IEEE
  • Abstract

    This paper was published by IEEE in the proceedings for the 35th International Conference on Software Engineering (ICSE 2013).

    Agile projects are showing greater promise in rapid fielding as compared to waterfall projects. However, there is a lack of clarity regarding what really constitutes and contributes to success. We interviewed project teams with incremental development life cycles, from five government and commercial organizations, to gain a better understanding of success and failure factors for rapid fielding on their projects. A key area we explored involves how Agile projects deal with the pressure to rapidly deliver high-value capability, while maintaining project speed (delivering functionality to the users quickly) and product stability (providing reliable and flexible product architecture). For example, due to schedule pressure we often see a pattern of high initial velocity for weeks or months, followed by a slowing of velocity due to stability issues. Business stakeholders find this to be disruptive as the rate of capability delivery slows while the team addresses stability problems. We found that experienced practitioners, when faced with these challenges, do not apply Agile practices alone. Instead they combine practices—Agile, architecture, or other—in creative ways to respond quickly to unanticipated stability problems.
  • Download