The PDCA cycle is a fundamental approach for establishing and managing quality control in engineering projects. Integrating BIM and VR technologies can greatly improve the effectiveness of the PDCA cycle, ultimately providing better service for engineering projects.

1. Plan. BIM+VR enables professionals from various fields within a project to perform their construction tasks within a unified and coordinated management environment. Each participant can undertake specific responsibilities and work towards defined quality control objectives. This approach ensures coordination among different disciplines, maintains a smooth construction sequence, prevents conflicts between trades, and fosters seamless collaboration—resulting in a comprehensive and unified quality control system.
2. Implementation. BIM+VR technology significantly enhances visibility and operational efficiency. Since designers and construction personnel are often different individuals, effective communication is critical. By visualizing construction plans within a BIM+VR virtual building environment, construction teams and managers gain a clearer understanding of the project’s technical intentions and requirements. This clarity helps them follow standardized construction procedures and methods, ensuring project quality. The technology also supports effective deployment and technical briefings.
3. Check. Using BIM+VR, on-site construction teams can verify that design plans are correctly implemented. At every stage of construction, the BIM+VR model allows for real-time assessment of whether the work aligns with design specifications and standards, whether the construction schedule is on track, and why any deviations from the original plan occur. This platform serves as a real-time inspection tool, and VR technology allows stakeholders to preview the actual construction progress virtually.
4. Processing. One of BIM+VR’s key strengths lies in early detection and prevention of issues. Construction personnel can report problems encountered during the project to managers, who can then use BIM+VR to identify, analyze, and address these issues. Rehearsals of sub-projects can be conducted to resolve quality concerns, determine proper construction methods, and provide feedback to on-site teams. Additionally, all quality issues are documented and archived as references for preventing similar problems in future projects.















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