BIM intrinsically provides many features and methodologies to eliminate waste, promote a streamlined flow of work and the delivery of value to internal and external customers. This study builds on an existing interaction matrix of lean principles and BIM functionalities and explores new interactions between these two. The study also aims to expand the existing matrix by discerning new and uncovered BIM functionalities and lean construction principles. In an attempt to pinpoint new interactions, researchers have identified academic and industry based projects, which have integrated BIM methodologies and have employed lean concepts. The research then integrated these new projects to the interaction matrix to further understand how BIM contributes lean construction and how coupling BIM and Lean Construction may affect projects in terms of time, cost and value. The nurturing proposition of this research is that BIM functionalities are still largely unexplored, especially those related to the operation and maintenance stages of a facility. Their link to the Lean Construction theory may actually help promote an informed use of BIM for the Architecture, Engineering, Construction, and Owner industry and to promote more effective transformation, flow and value generation throughout the life cycle of construction projects.`
Lean Construction, Building Information Modeling, BIM and Lean Interaction Matrix
Oskouie, P. , Gerber, D. J. , Alves, T. & Becerik-Gerber, B. 2012, 'Extending the Interaction of Building Information modeling and lean construction' In:, Tommelein, I. D. & Pasquire, C. L., 20th Annual Conference of the International Group for Lean Construction. San Diego, California, USA, 18-20 Jul 2012.