Start Date
12-16-2013
Description
We explore the relationship between multiple team membership (the extent to which team members are engaged in more than one team and switch between different teams in a work day) and team performance. We argue that the number of MTMs has an inverted U-shaped relationship with team performance while the team average daily MTM is negatively related to performance. We propose that the use of collaborative technologies moderates the above relationships: when MTM is low technology use helps teams attain higher performance, when MTM is high collaborative technology use reduces performance. Conversely, variance in perceptions of technologies’ usefulness negatively moderates the above relationships. Finally, we expect teams whose members are more polychronic to perform better when MTM is high, but teams whose members are very diverse in terms of polychronicity to experience reduced performance. We are exploring these issues through a mixed-methods field study conducted in an IT consulting firm.
Recommended Citation
Bertolotti, Fabiola; Mattarelli, Elisa; Mortensen, Mark; O'Leary, Michael; and Incerti, Valerio, "How Many Teams Should We Manage at Once? The Effect of Multiple Team Membership, Collaborative Technologies, and Polychronicity on Team Performance" (2013). ICIS 2013 Proceedings. 60.
https://aisel.aisnet.org/icis2013/proceedings/ResearchInProgress/60
How Many Teams Should We Manage at Once? The Effect of Multiple Team Membership, Collaborative Technologies, and Polychronicity on Team Performance
We explore the relationship between multiple team membership (the extent to which team members are engaged in more than one team and switch between different teams in a work day) and team performance. We argue that the number of MTMs has an inverted U-shaped relationship with team performance while the team average daily MTM is negatively related to performance. We propose that the use of collaborative technologies moderates the above relationships: when MTM is low technology use helps teams attain higher performance, when MTM is high collaborative technology use reduces performance. Conversely, variance in perceptions of technologies’ usefulness negatively moderates the above relationships. Finally, we expect teams whose members are more polychronic to perform better when MTM is high, but teams whose members are very diverse in terms of polychronicity to experience reduced performance. We are exploring these issues through a mixed-methods field study conducted in an IT consulting firm.