scholarly journals Building information systems development methods: synthesising from a basis in both theory and practice

Author(s):  
D.C. Fowler ◽  
P.A. Swatman
Author(s):  
Stephen K. Probert

This chapter describes research in progress on the philosophical concept of authenticity – used as a framing device for providing an interpretation of aspects of both ethical and practical action on the part of information systems (IS) professionals. Ethical codes and prescriptive IS development methods for IS professionals can be found in most developed countries in the world. Here it is argued that ethical codes and IS methods may be of limited value in IS work. One key problem here is that IS analysts and designers have to intervene in organisations (and thereby intervene in the lives of the members of those organisations). It is argued that an important issue for IS research is whether they choose to do so in (what will be characterised as) an authentic manner, rather than doing so in sincere adherence with either a code of professional ethics or with a series of methodological precepts.


Author(s):  
Ajantha Dahanayake

The relationship between information systems development methods, organizational information systems engineering requirements, and the advantage of flexible automated support environments is presented. CASE technology is presented as a possible solution to provide flexible automated support. In this chapter the major topic is a conceptual model to specify the functionality of a support environment. First a review of a number of basic concepts and approaches for deriving models for CASE environments are given. An informal description of service component concepts used to derive a generic framework is presented. Further, a configuration of service components, to support Computer Aided Method Engineering (CAME), is outlined.


Author(s):  
Karlheinz Kautz ◽  
Gro Bjerknes ◽  
Julie Fisher ◽  
Tomas Jensen

Contemporary information systems development (ISD) takes place in a dynamic environment; it is generally acknowledged as a complex activity. It has been proposed that ISD projects should be viewed as a complex adaptive system (CAS) and that these projects are better understood through the application of CAS. Distributed participatory design (DPD) is an approach to contemporary ISD where different, geographically dispersed stakeholders, often called the crowd, participate voluntarily and typically unaffiliated with the development organisation in the development and design of information systems in distributed design teams which are mostly online on Internet, web-based, and social media platforms. Going beyond individual methods, techniques, and practices, the objective of this research is twofold as we answer the two research questions: how are DPD projects in crowdsourced ISD managed and performed in their entirety and how does CAS theory provide plausible explanations and contribute to an understanding of contemporary ISD? For this purpose, we present a case of DPD in crowdsourced ISD in an intergovernmental, not-for-profit environment in the context of a DPD project which engaged Pacific Youth in the development of a digital game where we applied CAS theory to better understand and gain insights for ISD theory and practice.


2017 ◽  
Vol 48 (2) ◽  
pp. 99-121 ◽  
Author(s):  
Jan Recker ◽  
Roland Holten ◽  
Markus Hummel ◽  
Christoph Rosenkranz

Agile information systems development methods have become popular; however, which specific agile practice to use remains unclear. We argue that three types of agile practices exist—for management, development, and standards—which affect the customer responsiveness of software teams differently. We examine this theory in a field study of a large organization. We find that agile practices improve software team response effectiveness or efficiency, but not both. Agile standards do not improve response mechanisms but are still important to successful information systems development. Our findings help discriminating agile practices and yield insights into how information development projects should be managed.


Author(s):  
Ajantha Dahanayake

The relationship between information systems development methods, organizational information systems engineering requirements, and the advantage of flexible automated support environments is presented. CASE technology is presented as a possible solution to provide flexible automated support. In this chapter the major topic is a conceptual model to specify the functionality of a support environment. First a review of a number of basic concepts and approaches for deriving models for CASE environments are given. An informal description of service component concepts used to derive a generic framework is presented. Further, a configuration of service components, to support Computer Aided Method Engineering (CAME), is outlined.


Sign in / Sign up

Export Citation Format

Share Document