A RESEARCH ON CHINESE CONSTRUCTION ENGINEERING INCORPORATING BUILDING INFORMATION MODELLING, LEAN CONSTRUCTION, AND QUALITY CONTROL.

Abstract

Due to market demands for more competitive products and services and the government's push for better quality growth, China's construction industry is undergoing fast transformation. There are always problems that prevent the project from progressing, no matter how far we get. Insufficient resources, different standards, and insufficient accountability are a few of these challenges. Examining the impact of quality control on Chinese construction engineering, particularly as it relates to "Building Information Modelling (BIM) and Lean Construction" processes, is the primary objective of the present study. A research method known as quantitative research was employed in this study. With the use of SPSS version 25, we evaluated data obtained from 812 industry executives through purposive sampling. Factor analysis, descriptive statistics, and analysis of variance were some of the statistical tools utilised by investigators to verify hypotheses and construct validity. With an F-value of 969.106 and a p-value of.000, the ANOVA results demonstrated a significant association between quality control approaches and superior outcomes in Chinese construction engineering. To increase a project's productivity, affordability, security, and customer satisfaction, the results demonstrate the significance of quality control systems. Quality control must be incorporated into the project lifecycle and supported by BIM, and lean construction approaches, according to research, to handle industrial difficulties and guarantee environmentally friendly growth. Construction firms should prioritise staff training, standardise their quality control processes, and make use of digital resources to their advantage to adhere to global standards.