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This paper examines the critical role of knowledge integration in the success of ERP project teams. It highlights the common pitfalls of ERP implementations, including the tendency to reinforce the status quo instead of fostering innovation. Through case studies of two multinational engineering companies, QEL and IEL, we explore the factors affecting knowledge sharing and integration among project teams. We discuss the impact of social capital, team dynamics, and the organizational approach to ERP on achieving transformational potential. Insights into effective team-building strategies and knowledge management practices are provided.
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EXPLORING KNOWLEDGE INTEGRATION IN ERP PROJECT TEAMS Sue Newell Bentley College, USA
Introduction • Many IT projects do not meet cost, schedule & functionality targets • Many more do not create the radical change that was intended • Rather IT often reinforces the status quo (Orlikowski) • Focus on problems of sharing & integrating distributed knowledge
ERP Projects • Standard software & ‘vanilla implementations’ • Change organization to fit software • Many organizations therefore start ERP implementation with a business process reengineering phase
Project Team • Must map ‘as is’ processes, identify processes embedded in software, & define new organizational processes that ‘fit’ • Process analysis & redesign fundamental to achieving transformational potential
Reality • Many firms do not achieve this transformational potential from their ERP implementations! • Critical success factors have been identified • Ability to integrate distributed knowledge not considered
Knowledge Integration • The process whereby several individuals combine their information to create new knowledge (Okhuysen & Eisenhardt) • Oversimplifies complex process of sharing knowledge – knowledge is distributed & ambiguous
Knowledge Integration - Distributed STRUCTURAL BARRIERS
Knowledge Integration - Ambiguity We play football!! COGNTIVE BARRIERS
Knowledge is hoarded RELATIONAL BARRIERS
Knowledge Integration • Understanding knowledge as socially constructed & arising through interaction & dialogue means - • Teams will achieve greater or lesser success in their ability to integrate knowledge
Different levels of knowledge integration • Mechanistic pooling • Generative knowledge integration
Achieving High Levels of Knowledge Integration • Depends on project team • Intellectual and Social capital (Nahapiet & Ghoshal) • Social capital/networking: ‘bridging’ (Burt) vs. ‘bonding’ (Coleman) views (Adler & Kwon)
Research • Explore level of knowledge integration achieved in two project teams tasked with implementing a functional pillar of an ERP system in two companies • Specifically focus on networking of teams in pursuit of sharing & integrating knowledge
Methodology • Case study methodology • 2 companies – QEL and IEL • First interviews (14/25) and follow-up interviews (7/12) • Informal interviews, observations, documentation
Cases • Both large, multi-national, engineering companies • Both decided to implement ERP systems in 1998 • QEL • Project not completed • IEL • System implemented and well-received
Differences between the two project teams • Emphasis on team building • The way the project was divided up • The allocation of specialists to workpackage areas • The inclusion of different opinions from the process mapping stage • The involvement of the IT consultants • The understanding of ERP functionality • The involvement of users
Impact on Social Capital/Networking • Bonding • IEL – team bonding seen as crucial • QEL – team operated independently • Bridging • IEL – team spent considerable effort accessing distributed knowledge • QEL – team made very little effort to access distributed knowledge
Discussion and Conclusions • Knowledge integration is a central activity within an ERP implementation • Social networking (bonding and bridging) influences these processes of knowledge integration • Management and organization of project influences this social networking • Transformational potential of IT – requires generative knowledge integration (vs. mechanistic pooling)
Managerial Implications • Team Building • Division of tasks • Allocation of team members • Encouraging wide information search during process mapping stage • Engaging hybrid IT consultants • Involving users
Next Steps • Longitudinal study – to explore subsequent improvisation with system • Track differences between piecemeal (mechanistic) and concerted (generative) approaches (Robey et al)