Building absorptive capacity in a mega-project program alliance: Learning to mitigate rework
Citation
Source Title
Faculty
School
Funding and Sponsorship
Collection
Abstract
Collaborative procurement forms such as program alliancing can create a burgeoning environment for absorptive capacity to materialize, enabling learning and rework to be mitigated. However, little is known about the learning routines and practices enabling program alliances to tackle their rework effectively. As a result, this has stymied best practices that can be used to reduce rework from being made available to other construction organizations. This paper fills this void by addressing the following research question: How does a program alliance develop its absorptive capacity to learn and mitigate its rework? We use an illustrative case study approach to draw on the practices of a transport mega-project (>AU19 billion) delivered using a series of program alliances to address our research question. We reveal how one of its program alliances utilized its absorptive capacity to assimilate and apply new knowledge to manage errors and mitigate rework. Additionally, we unearth the presence of desorptive capacity, as the alliance exploited its error knowledge and transferred it to others as part of an incentivization scheme manufactured by the client authority to stimulate learning and continuous improvement within the project. The knowledge gleaned from the program alliance case examined in this paper provides an opportunity for organizations to learn how to deal with errors and rework, which has been absent in the literature.
Related items
Showing items related by title, author, creator and subject.
-
Love, Peter ; Matthews, Jane (2022)Human error is a major source of rework, with a project's culture setting the tone for its response and how it cooperates and shares information. This article examines how a program alliance's error culture, which forms ...
-
Love, Peter ; Matthews, J.; Ika, L.A. (2024)While an extensive body of work has examined the dynamics of rework in engineer-to-order (ETO) production systems, and several archetypes to mitigate its occurrence have been produced, the role of error-making has yet to ...
-
Walker, D.H.T.; Love, Peter ; Matthews, J. (2023)Collaboration forms the backbone of program alliances, with the ‘pain-gain share’ regime acting as an incentive to engender behaviours that foster teamwork and trusting relationships to flourish. While dialogue within and ...