Recently, a rising number of green buildings have been constructed across the globe in response to increased attention and promotion from scientists, as well as conventional structures, and that the development of green buildings confronts various risks. It is the goal of this research to identify and simulate the performance of Intelligent Buildings (IBs). Engineers, clients, producers, and end-users can use Key Performance Indicators KPIs developed by the authors to better understand and promote the value of risk design by looking at a variety of building types. Components are included in the tools that deal with sustainability issues related to the environment, culture, and economy. Intelligent buildings' value is evaluated in relation to their design for different uses and their ability to meet a variety of needs, including the needs of occupants and users, as well as their ability to meet sustainability, whole life value, health, and emotional needs of occupants and users. Experts provide risk-mitigationrisks. A thorough investigation was undertaken, as well as a questionnaire. The survey's findings revealed that the complicated processes for gaining permissions, the high initial cost that is neglected, the owners' imprecise needs, and the lack of and availability of information are all factors that need to be considered. The use of green materials and equipment is one of the top five priorities. The survey's risks revealed that green building construction projects are more perilous than standard structures. This study suggested 13 risk mitigation measures to address risks in green building construction projects, and (35) groups were categorized Main, the structured …
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