Emergent Subcontracting Models in the US Construction Industry
Publication: Journal of Legal Affairs and Dispute Resolution in Engineering and Construction
Volume 14, Issue 4
Abstract
Prime contracting models for engineering and construction projects are described extensively in the literature, but models between prime contractors and subcontractors are less well known. This study examined the established and evolving subcontracting models in the US construction industry to not only document their utilization but also investigate their advantages and disadvantages when employed. The research followed a two-phase/two-step approach. During Phase 1, the authors completed a regionally based study to identify subcontracting practices in the Pacific Northwest. As part of Phase 2, the study was expanded across the United States to gain a greater understanding of each of the identified subcontracting models, including advantages, disadvantages, and variations. Both phases were organized into two steps: (1) an online survey instrument was sent to professionals with either general or specialty contracting firms, and (2) follow-up semistructured interviews were conducted with selected survey respondents to better evaluate each subcontracting model. The authors found that five subcontracting models address the most common scenarios and the characteristics of each are familiar to the nationwide participant sample. There are subtle variations to the main five models that are being employed to varying degrees across the country. The impetus for these variations appears to be founded on the need to find better contractual arrangements and that subcontracting practices are dynamic by nature. Although most of the participants were from western and central divisions of the US Census Bureau geographical classification, participants from all geographic areas participated in the study. Increasing knowledge on how project delivery systems may affect disputes and claims or conflicts and legal issues of procurement systems, this article uniquely contributes to defining a taxonomy of subcontracting models while giving insights into the current and emerging trends in subcontracting practices, including how subcontractors are integrated into a project team.
Practical Applications
The role of specialty contractors in the construction industry is rapidly changing as project delivery methods evolve to include more collaborative approaches and dynamic scopes for specialty contractors. Findings from the research indicate subcontracting practices occur along a continuum of options that fit within the current five subcontracting models identified in the literature; however, subtle variations in both integrated specialty work subcontracting and design-build subcontracting models are emerging. In addition, the complexity of contractual relationships between specialty trade partners and other parties is also growing because the existence of multiple agreements on a single project is increasing. Because the adoption of many of these emerging models seems limited to the Pacific, Mountain, and West North Central regions, this paper provides practical insight on these practices for practitioners who are interested in their implementation on their projects. This paper enhances understanding of subcontracting models so that practitioners may better evaluate the effect of project delivery systems on disputes and claims and the conflicts and legal issues of procurement systems. Understanding the breadth and depth of project delivery methods and subcontracting alternatives is becoming more important for those industry practitioners who look to undertake projects with increasing sophistication and collaboration.
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Data Availability Statement
Some data, models, or code that support the findings of this study are available from the corresponding author upon reasonable request. Data available include anonymous survey responses.
Acknowledgments
The authors want to recognize those who have helped or supported this study. Professor Caroline Clevenger participated to some of the early brainstorming sessions. Dr. Salvatore Biancardo set up the online survey instrument and helped with reorganizing the results. Dr. Jeffrey Ottesen attended some of the interview meetings. Professor Len Holm provided feedback in the interpretation of results. Finally, the authors want to thank the P. D. Koon Endowment Fund for partially supporting Phase 2 of the study.
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© 2022 American Society of Civil Engineers.
History
Received: Feb 27, 2022
Accepted: Jul 8, 2022
Published online: Sep 10, 2022
Published in print: Nov 1, 2022
Discussion open until: Feb 10, 2023
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