Offshore-Onsite Subgroup Dynamics In Globally Distributed Teams
Pace University - The Seidenberg School of Computer Science and Information Systems
University of Modena and Reggio Emilia
April 29, 2012
Purpose: The increased use of distributed work arrangements across organizational and national borders calls for in-depth investigation of subgroup dynamics in globally distributed teams (GDTs). This paper focuses on the social dynamics that emerge across subgroups of onsite-offshore teams and affect the process of knowledge sharing.
Methodology/Approach: We conducted a qualitative study of 8 GDTs working around the clock. These GDTs were part of organizations involved in offshoring of knowledge intensive work.
Findings: Our evidence shows that the specific status cue of being onsite drives status differentials across subgroups; these differentials are reduced when the client is directly involved with the activities of the team. The negative effect of high status differentials on knowledge sharing is mitigated by the presence of straddlers, who assist in the transfer of codified knowledge. Conversely, when status differentials are low, straddlers hamper spontaneous direct learning between onsite members and offshore members.
Practical implications: Our work has practical implications for organizations that want to use GDTs to achieve a faster (and cheaper) development of products and services. Managers should carefully design the organizational structures of GDTs and consider upfront the trade offs related to client involvement in teamwork and the use of straddlers across sites.
Originality/value of paper: The paper contributes to the literature on subgroup dynamics, applying and extending the theory of status characteristics theory.
Number of Pages in PDF File: 51
Keywords: globally distributed teams, offshoring, status differentials, knowledge sharing, straddlersworking papers series
Date posted: April 30, 2012
© 2014 Social Science Electronic Publishing, Inc. All Rights Reserved.
This page was processed by apollo7 in 0.265 seconds