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INTERDISCIPLINARY, BIM-SUPPORTED PLANNING PROCESS

Along with the rising technical capabilities of modern BIM applications, the performance requirements on interdisciplinary data and information exchange interfaces increase drastically. The planning practice reality demonstrates a number of problems with BIM implementation on technical (heterogeneous data, interfaces, large data volumes) but even more so on process level (question of responsibilities and work‐load distribution, lacking standards or conventions on building‐representation). This paper will present the first results of an ongoing research carried out at Vienna University of Technology in cooperation with seven BIM software developers. The aim of the project is to evaluate the practical suitability of interdisciplinary data exchange interfaces and ‐methods offered by the current BIM tools and to point out preferable BIM software combinations at the current state of development to potential users. Also, insights are gained on an optimal way of modeling building elements within an interdisciplinary context.