Scientific Development Research

The comprehensive optimization of pipelines in building mechanical and electrical engineering is an important means to ensure project quality, reduce construction costs, and improve construction efficiency. This paper studies the methods and effects of applying BIM technology for pipeline comprehensive optimization in building mechanical and electrical engineering. By analyzing the problems existing in traditional pipeline design, such as spatial conflicts and material waste, it proposes the application mode of BIM technology in pipeline integration. Through case studies, it verifies its advantages in improving design accuracy, optimizing construction processes, and reducing costs. BIM technology can effectively promote the visualization, collaboration, and intelligence of pipeline design, providing a more efficient and accurate pipeline optimization solution for building mechanical and electrical engineering.

BIM technology; Pipeline optimization; Building mechanical and electrical; Construction efficiency; Comprehensive design