Developing a BIM-based quality management model aligned with the seven quality management principles outlined in the GB/T19001-2016/ISO9001:2015 standard enables construction management units to effectively navigate the complexities of modern construction environments.
Principle 1: Customer Focus. Implementing a BIM-based quality management system allows customers—including government bodies and project owners—to engage in the construction process from the outset through the BIM platform. Utilizing BIM’s 3D visualization technology, customers gain a clear visual understanding of project deliverables, aligning the construction unit’s quality objectives with their expectations and enhancing overall customer satisfaction.
Principle 2: Leadership. Effective leadership is essential to align organizational strategies, policies, processes, and resources toward achieving goals. A BIM-based quality management model strengthens leadership’s role by serving as a decision support system. It equips project managers at all levels with real-time site information, facilitating timely decisions, swift judgments, and efficient communication of management directives to the construction frontline.
Principle 3: Engagement of People. Encouraging active involvement from all employees is a longstanding challenge in construction quality management. Through a BIM-based model, quality policies, objectives, and procedures are seamlessly integrated into daily operations. This inclusive approach enables all staff members, including administrative and financial personnel, to participate in quality management and improvement processes, thereby boosting overall employee engagement.
Principle 4: Process Approach. Quality management comprises numerous interconnected activities. By adopting a BIM-based model, quality systems, standards, and procedures are standardized and harmonized. The BIM system links these activities into a coherent network, enabling more efficient achievement of quality objectives.
Principle 5: Improvement. Continuous improvement is vital for successful quality management. The BIM model stores project quality data and information in a structured format, allowing the accumulation of experience in resolving common quality issues. This ongoing process helps refine quality control measures across construction processes.
Principle 6: Evidence-Based Decision Making. Traditional quality management often suffers from inadequate access to first-hand data due to improper storage of paper documents, hindering timely and informed decisions. The BIM-based system stores all quality data promptly and reliably, enhancing the accuracy, objectivity, and effectiveness of management decisions.
Principle 7: Relationship Management. Sustaining quality management success requires valuing and managing relationships with all stakeholders. BIM technology facilitates seamless information exchange, enabling collaborative work among all project participants via the BIM information platform. This integration improves project performance by providing a reliable channel for information sharing and enhancing coordination among involved parties.
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