Optimization of energy through BIM in the construction industry

Abstract

University of WashingtonAbstract Optimization of energy through BIM in the construction industry Ritu Chair of Supervisory Committee: Carrie Sturts Dossick Department of Construction Management The construction industry is experiencing rapid technological advancements with Building Information Modeling (BIM) and Building Energy Modeling (BEM), which have the potential to revolutionize how buildings are designed, constructed, and operated. These technologies are not well practiced and there is lot of confusion regarding the use of these technologies. This research is conducted to explore the on the current state of BIM and BEM in construction industry, data exchange between BIM and BEM, the need for enhanced education and training in these domains, Tools and methods used for BIM and BEM and the impact of integrating BIM and BEM closely on time and resources. The study also emphasizes difficulties associated with the adoption of BIM and BEM, emphasizing the obstacles to data exchange such as compatibility, integrity, and standardization. Despite these challenges, the study highlights the benefits of integrating these systems, including improved collaboration, decision-making, and building efficiency. In addition, the thesis highlights the importance of education and training in BIM and BEM and underscores the significance of acknowledging the benefits of integrating these systems to improve building energy performance and promote sustainable development. While the advantages of implementing BIM and BEM are open to debate, there are some participants who expressed that the investment of time and money may not be justified. Overall, BIM and BEM are becoming critical in achieving building energy goals in the construction industry. However, challenges exist in exchanging information between the design and simulation domains, time and cost that must be addressed to ensure their continued relevance and usefulness in the long-term.