Back to Papers

Network orchestration in a large inter‐organizational project

Jens K. Roehrich, Tejasav Kalra, Brian Squire, Andrew DaviesOperations服务运营UTD24
Journal of Operations Management2023-02-07University of Bath; University College London; Arcadis (United Kingdom); University of SussexDOI
Citations56

Abstract Multiple organizations working jointly on shared activities in inter‐organizational projects for a defined period of time are used increasingly to coordinate the supply of complex products, subsystems, and services across many industries. Despite the growth in inter‐organizational networks as an organizational form, scholars have only recently begun to identify how lead organizations orchestrate the coordination of multiple parties with disparate goals, responsibilities, and capabilities. Prior work offers limited insights into the choice of network governance forms, and how coordination is undertaken by the network orchestrator to govern these networks. We conducted a longitudinal study of four networks to deliver vital services into a large project. We identified how the choice of network governance form was based on task complexity. A shared governance form was chosen for networks developed to deliver routine services, whereas a lead organization governance form was chosen for networks set up to deliver complex services. However, findings showed that the selection of an appropriate governance form was not sufficient for ensuring high performance. The network orchestrator's mode of coordination (formal or informal), the intensity of coordination (active or passive), and fit with the form of governance form (shared or lead organization governed) was important in driving performance.

OrchestrationCorporate governanceProcess managementTask (project management)Set (abstract data type)BusinessKnowledge managementComputer scienceNetwork governanceOrganizational unitWork (physics)Management
Related Papers (8-Dimension Scoring)

Commentaries on “The Lenses of Lean”

Michael A. Cusumano, Matthias Holweg, Josh Howell, Torbjørn H. Netland, Rachna Shah, John Shook, Peter T. Ward, James P. Womack · Journal of Operations Management

Score: 59

Accelerating vehicle fleet turnover to achieve sustainable mobility goals

Sergey Naumov, David R. Keith, John D. Sterman · Journal of Operations Management

Score: 55

How information technology automates and augments processes: Insights from Artificial‐Intelligence‐based systems in professional service operations

Martin Spring, James Faulconbridge, Atif Sarwar · Journal of Operations Management

Score: 50

Antecedent configurations toward supply chain resilience: The joint impact of supply chain integration and big data analytics capability

Yisa Jiang, Taiwen Feng, Yufei Huang · Journal of Operations Management

Score: 50

Breaking out of the pandemic: How can firms match internal competence with external resources to shape operational resilience?

Yuan Li, Xincheng Wang, Tianyu Gong, Haifeng Wang · Journal of Operations Management

Score: 50

Task management in decentralized autonomous organization

Xi Zhao, Peilin Ai, Fujun Lai, Xin Luo, Jose Benitez · Journal of Operations Management

Score: 50

Emerging technologies and the use case: A multi‐year study of drone adoption

Omid Maghazei, Michael Lewis, Torbjørn H. Netland · Journal of Operations Management

Score: 50

Assessing customer return behaviors through data analytics

Michael Ketzenberg, James D. Abbey, Gregory R. Heim, Subodha Kumar · Journal of Operations Management

Score: 49