Enhancing Quality in High-Rise Residential Construction: A Comprehensive Approach Integrating PMBOK, BMI, and Planning & Control

The pursuit of higher quality in high-rise residential construction projects necessitates a multifaceted approach that integrates established methodologies and frameworks. This abstract highlights the synthesis of three key components: The Project Management Body of Knowledge (PMBOK), Building Information Modeling (BMI), and Planning & Control. By fusing these elements, a comprehensive strategy emerges to enhance quality across various phases of construction. The PMBOK framework offers a structured foundation for project management processes, ensuring efficient resource allocation and risk management. Concurrently, BMI leverages advanced digital technologies to enhance collaboration, visualization, and error reduction within the design and construction phases. Furthermore, the Planning & Control aspect integrates timeline management, resource coordination, and progress tracking to maintain project alignment with initial goals. The synergistic application of PMBOK, BMI, and Planning & Control within high-rise residential construction empowers stakeholders to proactively address challenges, optimize resource utilization, mitigate risks, and ultimately elevate the overall quality of the built environment

Applying PMBOK Principles, BMI, and Planning for Ensuring Residential Building Quality in High-Rise Construction

This study explores the integration of quality management principles from the Project Management Body of Knowledge (PMBOK) framework, utilizing the Building Measurement Index (BMI) alongside advanced planning and control strategies for enhancing the quality program of high-rise residential buildings. By leveraging the systematic approach of PMBOK, incorporating BMI metrics, and employing effective planning and control methodologies, this study aims to establish a comprehensive framework for optimizing the quality assurance processes in the construction of high-rise residential structures. Through a thorough analysis of case studies and industry practices, this research contributes to a deeper understanding of how the synergy between PMBOK, BMI, and innovative planning and control techniques can elevate the overall quality standards in the dynamic context of high-rise building projects