Abstract
PurposeThis paper aims to devise a case-controlled method combined with Bradford Hill criteria for causal inference of contractual disputes in construction projects. It is a genuine attempt in a systematic method from research design to execution for causal issues where only observational data is available.Design/methodology/approachThe authors located insufficient top management support as the putative pathogen of construction disputes based on a literature review, an interview and Delphi surveys. A questionnaire survey was then conducted to collect case-controlled data to ensure comparability, in which for each disputed project put in the experimental group, the authors sought for a dispute-free project of similar characteristics. The incidence rates of insufficient top management support in the experimental and control groups were then examined by Bradford Hill criteria as an alternative to the test of intervention effect.FindingsThe association of insufficient top management support and construction disputes was tested to conform with the Bradford Hill criteria with case-controlled data where applicable and logical deduction where statistical tests were not applicable. With a clear, positive, reasonable and statistically significant association, while excluding methodological biases, confounding and chance, the authors reached a causal verdict of insufficient top management support causing contractual disputes.Originality/valueThis paper supports the validity of applying a case-controlled method combined with Bradford Hill criteria in investigating causal issues in project management, especially the verdict of causal inference based on empirical data. In addition, the located root cause of contractual disputes could inform project management personnel with reasoned strategies for dispute avoidance.
Subject
General Business, Management and Accounting,Building and Construction,Architecture,Civil and Structural Engineering
Reference68 articles.
1. Understanding disputes in modular construction projects: key common causes and their associations;Journal of Construction Engineering and Management,2022
2. Toward a systemic view to cost overrun causation in infrastructure projects: a review and implications for research;Project Management Journal,2017
3. Effect of multidimensional top management support on project success: an empirical investigation;Quality and Quantity,2016
4. Multiple baseline testing: experimental method for drawing causal inferences in construction engineering and management research;Journal of Construction Engineering and Management,2015
5. Analysis of causes of construction defects using fault trees and risk importance measures;Journal of Construction Engineering and Management,2013