Data processing method for engineering project progress and output value linkage

Abstract

The invention discloses a data processing method for engineering project progress and output value linkage, which belongs to the field of progress and output value data processing, and comprises the following steps of: matching structure nodes of a project and engineering quantity list codes corresponding to the structure nodes, and generating structure node data with codes; forming engineering quantity budget data according to the structure node data and the project budget data; determining a completed engineering quantity according to the actual progress data and the engineering quantity budget data; automatically back-stepping and calculating output value data according to the completed engineering quantity; and carrying out output value analysis, and carrying out monitoring and early warning on the cost risk of projects. The invention has the beneficial effects that the completed engineering quantity is calculated according to the actual progress data, then the output value data iscalculated through automatic back-stepping, and the output value data is generated through progress data linkage, so that the situations of false report and concealment report are avoided. the engineering quantity list and the progress data are intelligently match structure nodes, and maintenance engineering quantity is reduced.

Description

technical field [0001] The invention relates to the field of data processing of schedule output value, in particular to a data processing method for linkage of engineering project schedule output value. Background technique [0002] As the output value of engineering projects gradually increases, the number of projects increases, the management area expands, and the project volume of the project department increases. In addition to the need for construction and production, it is necessary to collect relevant data of the project offline and enter the system manually for data verification. Manual engineering The amount is huge and difficult to control in a unified manner, especially for progress and output value control, which is not optimistic in some small and medium-sized construction enterprises. The construction progress is often not correctly reflected in the output value plan and monthly output value report, resulting in inaccurate budgets and costs. The comparison betw...

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Problems solved by technology

[0002] As the output value of engineering projects gradually increases, the number of projects increases, the management area expands, and the project volume of the project department increases. In addition to the need for construction and production, it is necessary to collect relevant data of the project offline and enter the system manually for data verification. Manual engineering The amount is huge and difficult to control in a unified manner, especially for progress and output value control, which is not optimistic in some small and medium-sized construction enterprises. The construction progress is often not correctly reflected in the output value plan and monthly output value report, resulting in inaccurate budgets and costs. comparison, the construction enterprise cannot get the ideal project progress payment

[0003] At present, the progress management system on the market has been sufficiently perfect in terms of progress control, and the progress of the project can be seen intuitively by referring to the bar diagram and the network diagram, but there are still the following problems: the bill of quantities used as the project budget, the import of quota data In the system, it is impossible to form a direct or indirect relationship with the schedule data, resulting in the inability to automatically calculate the completed engineering quantity and the actual output value of the project based on the completed schedule data; there is no standard between the bill of quantities and the project data based on the work breakdown structure Coding requires manual data matching, resulting in an increase in the amount of later projects; the budget data and progress data are prepared by the budget department and the technical department respectively, and there is no associated data between the two data, and because they are managed by different departments, the progress There is no comparability between production value and production value. Even if the offline comparison is carried out manually, the comparison project is relatively large. When problems are found, the rights and responsibilities cannot be investigated; during the construction process, since the progress and production value are reported by different departments, It often happens that the completion rate of the actual project progress is far from the reported output value, that is, the bad behavior of false reporting and concealment; the project department cannot obtain the project output based on the actual completed progress data, that is, the output value data, and then cannot accurately match the cost Through data comparison, the real project benefits, profits, and taxes can be obtained. Therefore, in view of the above problems, it is urgent to design a data processing method for the linkage of project progress and output value to meet the needs of actual use.

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