Advances in Constructional Engineering

Quality control in construction project management is a critical component for ensuring building safety and functional performance. In response to existing issues such as inadequate implementation, weak supervision, and technological backwardness within current quality control systems, an optimization approach based on the concept of whole-process management is proposed. By analyzing the current status and operational mechanisms of quality control, this study identifies failure manifestations and influencing factors at key stages, and constructs a systematic and integrated management framework. Through the integration of technological tools and organizational coordination, quality control is transformed from fragmented management to collaborative control throughout the entire project lifecycle. Practical applications in representative projects have demonstrated the optimization strategies' significant effectiveness in reducing construction deviations, improving acceptance efficiency, and lowering costs, highlighting strong applicability and potential for wider adoption.

Construction project management; Quality control; Optimization strategy; Engineering efficiency; Risk management