Summary
The complexity of decision-making during the execution of construction projects has been the driving force for several research initiatives over the last decade to propose decision-making support systems for construction projects. Building Information Modelling (BIM) has been proven effective to support construction decision-making by providing a centralised platform that facilitates capturing and retrieving project information at a high level of accuracy, especially when coupled with the recent advancements in data capturing techniques. In addition, Operational Research (OR) digital techniques, such as digital twin simulation and optimisation, have been recently utilised to develop live virtual models that are capable of testing decision scenarios on construction projects’ objectives before execution. On the other hand, several approaches have been proposed to promote lean principles in construction decision-making, such as the Last Planner System and Target Value Design.
This project is to explore the interface between BIM, OR, and Lean Construction to develop a decision-making support system that enables project managers to evaluate their decisions based on accurate project data utilising the analytical capabilities of OR techniques while maintaining lean practices to minimise waste and improve productivity. Other aspects of integration will be investigated including tackling industry barriers to using digital technology in decision-making and the technical requirements to implement the proposed system.
