Search results

With the advancement of technology and more attention to environmental issues, building information modeling (BIM) and green building have become two new and growing trends in the construction industry. Therefore, this study proposes a new strategy that integrates BIM and green building rating assessments with an emphasis on Iran Green Building Rating System (IGBRS).

By creating a Revit-IGBRS project template that includes sheets related to all credits, the project compliance with the IGBRS credits and management of submittal documents for certification has been facilitated. Finally, a case study of the materials and resources category of the IGBRS system was performed to validate the BIM-IGBRS application model. All 8 criteria of this category were examined by using Dynamo programming for the Revit sample project.

A practical model for BIM and IGBRS integration is presented, which allows designers to be aware of the IGBRS scores obtained before the project’s construction phase and examine different scenarios for the highest scores. Overall, this study showed that integrating BIM and the Iranian rating system is possible with some constraints, and adding some features to BIM software can promote this integration.

Given that no study has been conducted on the integration of BIM with the Iran Green Building Rating System (IGBRS), the present research investigates utilizing building information modeling to meet the credits requirements of this rating system. The results of this research can be generalized and used in other green rating systems.

The discourse of construction practitioners and decision-makers worldwide has begun to appreciate and acknowledge the advantages of sustainable building. Toward this goal, one of the main steps is creating a control mechanism, which provides the context for moving to sustainable buildings by monitoring the environmental, economic and social dimensions of sustainability. The previous research studies indicate the social dimension has received far less attention than the economic and environmental aspects. Therefore, this study aims at developing a social sustainability framework to evaluate building systems.

This research has chosen the Parsons sociological theory as its theoretical framework basis and acquires the research theoretical framework with its modification and completion by grounded theory (GT). In the next step, to realize the GT structure validity and model fitting, the confirmatory factor analysis (CFA) was used and the research hypotheses were tested.

An integrated social sustainable framework is presented with five subsystems: socio-political, socio-cultural, socio-institutional, socio-economic and socio-environmental. This research addresses the void of a comprehensive social sustainability framework in the construction industry, and the findings can contribute to construction industry practitioners and decision-makers to evaluate building systems socially.

The application of this framework is not limited to the construction industry and building systems. It can deliver a general use for integrating social perspectives into decision-making on various subjects. Localization and specialization of current research's social sustainability components and factors can be a high potential research topic for future studies, in all fields and scopes. This framework can be a significant contribution to the sustainable development goals (SDGs) as a basis for creating comparable models to assess social aspects of buildings, campuses and urban sustainability.