Industry-University Collaborations in Research for Information Systems

Author(s):  
Tom O’Kane

Research collaborations between industry and the academic community are now commonplace and continuing to flourish. While both entities are involved in problem solving, their motivations and objectives appear to be quite different; industrial research being primarily driven by business needs to improve cost, quality, and so forth, academic research ostensibly driven by the desire to push the boundaries of knowledge but in reality driven by the need to “publish or perish.” Recognizing the differences, and indeed the complementary aspects of these respective motivations and objectives, has been repeatedly cited in the literature as a critical success factor for such collaborations. While much has been written especially from the academic perspective on various aspects of research collaborations, there is relatively little from the industrial perspective, especially with regard to a management model, that could be used to guide such research project collaborations. This chapter is written from an industry perspective and it explores such a model specifically for managing information systems (IS) research projects. Nowadays, and increasingly so, the business of software production will follow a defined software process to provide good management of projects and to guide both the management and engineering aspects of development. This chapter suggests an extension of these principles to produce a process management framework that software companies can use for research project collaborations with universities.

Author(s):  
Pedro Fernandes Anunciação ◽  
Marina Rosa ◽  
Monique de Costa ◽  
Vanessa Oliveira

The evolution of management processes and the speed of the markets have highlighted the increasingly evident need for sharing of information and knowledge between the different economic agents. The competitiveness of economic organizations in a relational economic environment requires quality information. This feature is a critical success factor in the performance of economic activities. Organizations should seek to understand the internal and external dynamics inherent to the realization of their economic activities, identifying the various partners involved, and integrating their information systems, among others. The Volkswagen Autoeuropa is a reference to the management and economic organizations in which is evident the importance of information in the development of its activities with its partners and its centrality in the operation of the entire production chain. The objective of this study is to highlight the importance of logistics vision on the architecture of information systems, with reference to the case of Volkswagen Autoeuropa.


Author(s):  
Goran D. Putnik ◽  
Maria M. Cunha ◽  
Rui Sousa ◽  
Paulo Avila

Virtual enterprise integration (VEI) is virtually the most critical success factor for making virtual enterprise (VE) a real, competitive, and widely implemented organizational and management concept. However, according to many authors, the present solutions for VEI are either insufficient or inexistent. One of the reasons for the situation is the failure of the approach of “traditional” information systems and organizations to dealing with the nowadays turbulent market and organizations’ requirements, where actual VEI solutions are mainly sought. This chapter presents a discussion on the VEI issue as a contribution to a better understanding of the VEI phenomenon, and it could be seen as a contribution to an eventual framework for VEI science, engineering, development, and implementation. Also, two metatheoretical structures for VEI research and development are proposed: VEI abstractions hierarchy and VEI semiotics.


Author(s):  
Ned Chapin

Five key management considerations center on a basic fact—managers manage people in getting things done. As they manage the people in getting information systems evolution and maintenance done, the managers address many concerns arising from the interests of the corporation and the stakeholders involved in the information systems. One of the two major groups of stakeholders is the people who use and work with the information systems, that is, the systems’ customers. The suppliers are the other group and consist of the corporation’s information systems personnel and the supporting vendors. Fifteen of the many concerns arising from the interests of the stakeholders are introduced in this chapter to provide context for the subsequent chapters in this book. This chapter concludes by noting the critical success factor role of leadership in the management of information systems evolution and maintenance.


2017 ◽  
Vol 13 (4) ◽  
pp. 1-30 ◽  
Author(s):  
Hanlie Smuts ◽  
Paula Kotzé ◽  
Alta Van der Merwe ◽  
Marianne Loock

Both information systems (IS) outsourcing and knowledge management are well-established business phenomena. The integration of shared knowledge in an IS outsourcing arrangement, represents the blending of organisational knowledge with external knowledge sources. In an attempt to provide tactical mechanisms for creating and managing shared knowledge in organisations embarking on IS outsourcing arrangements, this article focuses on the design and application of a knowledge framework for IS outsourcing, with the purpose of guiding organisations in their knowledge exchange planning through concrete mechanisms, practical steps and validation. Key considerations for IS outsourcing is mapped to critical success factors, each associated with a set of knowledge requirements and knowledge flows to support the successful achievement of a specific critical success factor. An associated assessment tool was designed to identify knowledge exchange mechanisms and potential issues and gaps in current or future IS outsource arrangements.


2020 ◽  
Vol 2 (2) ◽  
pp. 107-111
Author(s):  
Galih Abdul Fatah Maulani ◽  
Teten Mohamad Sapril Mubarok

Anticipating the era of Society 5.0, communities and organizations are required to have integrated and comprehensive information access, including the management of mosques in Indonesia. This study aims at providing a strategic planning in the form of a portfolio for future application of mosques management information system services. This study was conducted with reference to Ward and Peppard’s strategic plan for information systems, which included SWOT analysis, critical success factor method and McFarlan’s strategic grid. The results showed the mosque management must have several applications, mapped into 4 quadrants (strategic, high potential, key operation, and support). It is expected that this application portfolio can help managers of mosques in Indonesia provide faster, more accurate, and more accountable information.


2020 ◽  
Author(s):  
Nathan Newton ◽  
Craig Anslow ◽  
Andreas Drechsler

© 27th European Conference on Information Systems - Information Systems for a Sharing Society, ECIS 2019. All rights reserved. The importance of information security in software development projects is long recognised, with many comprehensive standards and procedures in use to provide assurance of information security. The agile development paradigm conflicts with traditional security assurance by emphasising the delivery of functional requirements and a reduction in structured and linear development styles. Through a series of thirteen qualitative interviews, this study identifies practices that address this problem which have been successfully adopted by agile practitioners. The findings present four categories of practices - organisational, team, project, and technical - and twelve critical success factors that should be explicitly considered by practitioners to assure agile security. The critical success factors provide a foundation for practitioners to strategically identify and develop best practices to embed information security in agile development projects. The identified categories also highlight the importance of agile security practices centring around individuals and culture and contributes to the literature by providing a representation of agile security practices that encompasses a broad range of focal areas.


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