The FUPOL policy lifecycle

The purpose of this chapter is to outline an advanced policy lifecycle, the FUPOL model with its ability to link technical features in the area of policy modeling. The FUPOL Policy Lifecycle is based on 6 stages, which are further divided into 8 main tasks. These main tasks are split up into 19 subtasks to provide a very detailed policy lifecycle structure. The detailed breakdown allows one to link each task to various technical features, such as opinion maps, policy indicator dashboard, knowledge database, and simulation and visualization tools. The chapter further argues that the methodology applied is future proof and has the potential of accommodating new technologies in the future

Understanding conflicts in Agile adoption through technological frames

In this paper, adoption of a new software development method is viewed as socio-technical innovation and change and a framework based on Bijker’s Technological Frames (TF) is developed and used to model this innovation and change. To illustrate this process findings from one case study of a large organization adopting the agile software development method are presented. Qualitative data were collected from observations, interviews and documents and analysed using TFs. Our findings show that viewing agile adoption as socio-technical innovation and change provides results that resonate with existing research in the area, and extends them. The key contribution of this case study to the socio-technical literature on systems development is a practical demonstration of how TFs can be used to facilitate the socio-technical understanding and identification of conflicts between stakeholder groups while going through the adoption of a new software development method