The fire access road and the fire engine elevating platform do not meet code requirements, and fire engines cannot operate normally.
Fire access roads and fire truck high-access operation areas are core components of a building's external fire infrastructure. In accordance with Chapter 7 of GB 50016, high-rise buildings shall be provided with a circular fire access road; the clear width and clear height of the fire access road shall each be no less than 4.0 m, and the turning radius of the fire access road shall meet the turning requirements of fire trucks. The length of the fire truck high-access operation area shall be no less than one long side of the building or one quarter of its perimeter. In actual projects, insufficient turning radius of fire access roads, insufficient clear height, and insufficient dimensions or improper positioning of high-access operation areas are common problems. Analyzing the root causes, the design phase often designs only to the minimum dimensions specified in the code, without verifying with the local fire department the models and dimensional parameters of fire trucks actually deployed in the area. The main fire stations in many cities are equipped with 32 m and 54 m aerial fire trucks, whose turning radii and minimum operating widths exceed the baseline values in the code. Analyzing from the perspective of operational impact, the direct consequence of fire access roads and high-access operation areas failing to meet code requirements is failure of fire acceptance inspection. If, after the building is put into use, a fire rescue agency inspection finds the fire access route obstructed, the building will be listed as a major fire hazard unit. Analyzing from the cost perspective, later modification of fire access roads involves demolition and reconstruction of hardened pavement, relocation of landscaping, modification of pipelines, and other works, with modification costs 3–5 times those of new construction. The core measures to resolve such problems include proactively communicating with the local fire department during the design phase to obtain the actual dimensional parameters of fire trucks, marking the positioning coordinates and elevation control requirements of fire access roads and high-access operation areas on construction drawings, and organizing on-site passage tests of fire trucks before the dedicated fire acceptance inspection to verify operational feasibility. From the systems-engineering perspective of engineering management, resolving this problem requires the coordinated advancement of four dimensions: institutional design, process control, technical support, and culture building. At the institutional design level, clear responsibility boundaries and operating procedures must be established, translating code requirements into executable job responsibilities and work standards. At the process control level, full-lifecycle quality supervision and dynamic correction must be implemented to ensure that the work results of each stage meet expected objectives. At the technical support level, information-based methods and intelligent tools should be actively introduced to improve the precision and efficiency of management. At the culture building level, quality awareness and compliance awareness must be cultivated among all staff to foster an organizational atmosphere that pursues excellence. Only by organically combining these four dimensions can the recurring common quality defects and persistent management problems in engineering construction be fundamentally resolved, achieving continuous improvement and excellence in project management performance. From the systems-engineering perspective of engineering management, resolving this problem requires the coordinated advancement of four dimensions: institutional design, process control, technical support, and culture building. At the institutional design level, clear responsibility boundaries and operating procedures must be established, translating code requirements into executable job responsibilities and work standards. At the process control level, full-lifecycle quality supervision and dynamic correction must be implemented to ensure that the work results of each stage meet expected objectives. At the technical support level, information-based methods and intelligent tools should be actively introduced to improve the precision and efficiency of management. At the culture building level, quality awareness and compliance awareness must be cultivated among all staff to foster an organizational atmosphere that pursues excellence. Only by organically combining these four dimensions can the recurring common quality defects and persistent management problems in engineering construction be fundamentally resolved, achieving continuous improvement and excellence in project management performance. From the systems-engineering perspective of engineering management, resolving this problem requires the coordinated advancement of four dimensions: institutional design, process control, technical support, and culture building. At the institutional design level, clear responsibility boundaries and operating procedures must be established, translating code requirements into executable job responsibilities and work standards. At the process control level, full-lifecycle quality supervision and dynamic correction must be implemented to ensure that the work results of each stage meet expected objectives. At the technical support level, information-based methods and intelligent tools should be actively introduced to improve the precision and efficiency of management. At the culture building level, quality awareness and compliance awareness must be cultivated among all staff to foster an organizational atmosphere that pursues excellence. Only by organically combining these four dimensions can the recurring common quality defects and persistent management problems in engineering construction be fundamentally resolved, achieving continuous improvement and excellence in project management performance. From the systems-engineering perspective of engineering management, resolving this problem requires the coordinated advancement of four dimensions: institutional design, process control, technical support, and culture building. At the institutional design level, clear responsibility boundaries and operating procedures must be established, translating code requirements into executable job responsibilities and work standards. At the process control level, full-lifecycle quality supervision and dynamic correction must be implemented to ensure that the work results of each stage meet expected objectives. At the technical support level, information-based methods and intelligent tools should be actively introduced to improve the precision and efficiency of management. At the culture building level, quality awareness and compliance awareness must be cultivated among all staff to foster an organizational atmosphere that pursues excellence. Only by organically combining these four dimensions can the recurring common quality defects and persistent management problems in engineering construction be fundamentally resolved, achieving continuous improvement and excellence in project management performance. From the systems-engineering perspective of engineering management, resolving this problem requires the coordinated advancement of four dimensions: institutional design, process control, technical support, and culture building. At the institutional design level, clear responsibility boundaries and operating procedures must be established, translating code requirements into executable job responsibilities and work standards. At the process control level, full-lifecycle quality supervision and dynamic correction must be implemented to ensure that the work results of each stage meet expected objectives. At the technical support level, information-based methods and intelligent tools should be actively introduced to improve the precision and efficiency of management. At the culture building level, quality awareness and compliance awareness must be cultivated among all staff to foster an organizational atmosphere that pursues excellence. Only by organically combining these four dimensions can the recurring common quality defects and persistent management problems in engineering construction be fundamentally resolved, achieving continuous improvement and excellence in project management performance. From the systems-engineering perspective of engineering management, resolving this problem requires the coordinated advancement of four dimensions: institutional design, process control, technical support, and culture building. At the institutional design level, clear responsibility boundaries and operating procedures must be established, translating code requirements into executable job responsibilities and work standards. At the process control level, full-lifecycle quality supervision and dynamic correction must be implemented to ensure that the work results of each stage meet expected objectives. At the technical support level, information-based methods and intelligent tools should be actively introduced to improve the precision and efficiency of management. At the culture building level, quality awareness and compliance awareness must be cultivated among all staff to foster an organizational atmosphere that pursues excellence. Only by organically combining these four dimensions can the recurring common quality defects and persistent management problems in engineering construction be fundamentally resolved, achieving continuous improvement and excellence in project management performance. From the systems-engineering perspective of engineering management, resolving this problem requires the coordinated advancement of four dimensions: institutional design, process control, technical support, and culture building. At the institutional design level, clear responsibility boundaries and operating procedures must be established, translating code requirements into executable job responsibilities and work standards. At the process control level, full-lifecycle quality supervision and dynamic correction must be implemented to ensure that the work results of each stage meet expected objectives. At the technical support level, information-based methods and intelligent tools should be actively introduced to improve the precision and efficiency of management. At the culture building level, quality awareness and compliance awareness must be cultivated among all staff to foster an organizational atmosphere that pursues excellence. Only by organically combining these four dimensions can the recurring common quality defects and persistent management problems in engineering construction be fundamentally resolved, achieving continuous improvement and excellence in project management performance. From the systems-engineering perspective of engineering management, resolving this problem requires the coordinated advancement of four dimensions: institutional design, process control, technical support, and culture building. At the institutional design level, clear responsibility boundaries and operating procedures must be established, translating code requirements into executable job responsibilities and work standards. At the process control level, full-lifecycle quality supervision and dynamic correction must be implemented to ensure that the work results of each stage meet expected objectives. At the technical support level, information-based methods and intelligent tools should be actively introduced to improve the precision and efficiency of management. At the culture building level, quality awareness and compliance awareness must be cultivated among all staff to foster an organizational atmosphere that pursues excellence. Only by organically combining these four dimensions can the recurring common quality defects and persistent management problems in engineering construction be fundamentally resolved, achieving continuous improvement and excellence in project management performance.