Digital collaboration in the wood-based construction industry: deployment of Building Information Modeling

Abstract

Building Information Modeling (BIM) is intended to promote efficiency in building design and serves as a design space where multiple actors engage in collaborative work. BIM is both a new technology and a new way of working, providing a common environment for all information defining a building, facility, or asset, together with its common parts and activities (Pittard, 2013). This thesis explores the deployment of BIM technology in the Norwegian wood-based building industry and contributes to understanding how BIM can be applied to improve collaborative work in this sector. The dissertation is interdisciplinary in nature, and offers contributions to the fields of information systems (IS), construction informatics (CI), and construction management. It builds on and extends the discourse on BIM deployment in the architecture, engineering, and construction (AEC) industry. The motivation for undertaking this study is that BIM systems provide the opportunity for increased effectiveness in the process of construction. BIM systems promise to deliver integration across the people, groups, and organizations working in the construction supply chain. The anticipated benefits of BIM include performance gains, increased clarity in information sharing, and a reduction in errors during construction design. BIM systems open up a number of possibilities for the wood-based building industry, such as increasing automation and prefabrication. Higher levels of automation will become possible once project teams have succeeded in collaboratively creating digital BIM models that are sophisticated enough to be turned into machine-readable files.