الفهرس 
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Abstract
Previous research on construction management may run sequentially or in parallel without an integrated strategy or a shared framework that combines both investigations and ensures that their results are consistent. This may lead decision-makers or project managers on the incorrect path by choosing options that lack an integrated management plan, causing the project to fail to meet its objectives. The usage of BIM and Value Engineering in the construction sector has aided in advancing design and technological progress. Using the AHP model, BIM combined with VE may develop novel options and analyze and compare them because of its mathematical features and the ease with which the necessary input data may be obtained. It’s made to choose the best option from a list of options based on various parameters.
This thesis aims to offer a framework for integrating BIM with VE to enhance and assess alternative proposals during the Generate ideas for alternatives stage of a project. An Integrated Framework Between Building Information Model and Value Engineering model is implemented in the proposed model to allow 5D presentation of project alternatives, automate data extraction for project cost estimating, and facilitate and support visualization capabilities then, developed by a computerized programming platform by the JavaScript programming language for applying the suggestion integrated framework. that model is expected to aid members of VE teams in costing each alternative under consideration and in ranking competing alternatives using multi-attribute criteria promptly, as well as visualizing the model of each value engineering alternative report to assist decision-makers in selecting the best option. The Analytic Hierarchy Process is used to rank the alternatives and creates cost estimates utilizing a direct interface. To show the model’s usefulness and capabilities, it was applied to a real-world project. In its output report, the model assesses and ranks the created options.