An investigation using CHINESE construction engineering that combines building data modeling, lean construction, and quality control

Abstract

China's construction business has suffered greatly as a result of the "bad construction standards in the country, which refers to existing defects, not delivering value to the customer, and not meeting the customer's expectations)." The issue of how to raise the calibre of Chinese buildings stands in the way. Lean construction and BIM both have the ability to raise the quality of buildings, according to research (Misfeld and Bonke., 2014; Marosszeky et al., 2002; Kim et al., 2015; Park et al., 2013; Wang et al., 2015). However, Lean and BIM aren't a cure-all for flaws in construction. It is more efficient to use building information modelling and lean construction together than to use them individually. There aren't many high-quality connections. Interaction between building information modelling (BIM) and lean construction at the building stage. Academic research is actively being conducted on the design management, integrated framework, and visual management of lean construction and BIM. However, Undoubtedly, quality is disregarded, particularly in the "development." Finding a lot of research on this subject is challenging. Research has demonstrated that combining lean construction techniques with building information modelling (BIM) can enhance the quality of buildings (Liu and Shi, 2017; Laine, Alhava and Kiviniemi, 2014). There are yet no studies on the potential benefits of lean construction and BIM for improving construction quality, particularly in light of China's present construction boom. Chinese buildings might be elevated by the use of lean construction and BIM provided that we can further enhance our comprehension of quality-based interactions. As a result, further study is required to close the knowledge gaps. These factors make research on the complementary benefits of lean construction and modelling of building information on project quality. Thus far, this analysis has focused on interactions that occur throughout the building process; the study will end here.