Journal of Engineering Research

In the context of rapid development in the construction industry, the scale and complexity of mechanical and electrical installation projects continue to rise, making traditional progress management models increasingly inadequate for the demands of precision and efficiency. BIM technology, with its visualization, collaboration, and simulation capabilities, opens up new avenues for progress management in mechanical and electrical installation projects. This paper focuses on the application of BIM technology, delving into issues such as information silos and lagging progress control in traditional management models. It systematically outlines the advantages of BIM technology in progress management, proposes targeted application strategies, and validates their effectiveness through practical examples, aiming to enhance the level of progress management in mechanical and electrical installation projects.

BIM technology; Mechanical and electrical installation engineering; Progress management; Collaborative application; Construction simulation