doi

10.14279/DEPOSITONCE-12501

Abstract

In this white paper, obstacles and suggestions for improvement to the use of the BIM method, which were identified in the workshop “Energy efficiency through digital construction with BIM” as part of the scientific accompanying research on energy transition construction (digitalization module), are presented and discussed. The obstacles (here called “reasons for failure”) and the suggestions for improvement derived from the obstacles (here called “countermeasures”) were determined using the pre-mortem method. As part of the workshop, the obstacles or reasons for failure were assigned to general terms, such as specialist knowledge, and the suggestions for improvement were assigned to the three areas of responsibility: research, business and politics. As part of the evaluation, the general terms (regarding the obstacles or reasons for failure) were classified according to the five BIM factors: actors, processes, data, framework conditions and technology. As part of the evaluation, the suggestions for improvement and countermeasures were clustered in the first step and then assigned to the five BIM factors. The most important topic areas that were identified in the analysis of the obstacles and suggestions for improvement are summarized below: • Standardization: both technical, procedural and regulatory (fields of responsibility: mainly politics, but also business and research) • Knowledge transfer with a focus on lighthouse projects (field of responsibility: mainly research, but also business) • Cultural change: collaboration instead of competition (area of responsibility: mainly business, but also research)

Authors

Cudok F., Rehmann F., Van Treeck C., and Streblow R.

Copyright

Creative Commons Attribution Non Commercial No Derivatives 4.0 International

Keywords

bim, building information modeling, gebäudeversorgung für haushalte, energieeffizienz, energy efficiency

Year of publication

2021

Link to PDF or journal page

https://depositonce.tu-berlin.de/handle/11303/13725

Citation

F.2021a

Focus

technical

Institution

Technische Universität Berlin