Design and thermal analysis of the conventional residential building using building information modeling

The construction is increasing in the massive way everyday so the effect of it to the environment is also increasing. Construction of the structure is not adequate requires consciousness towards it. The application of the concept of sustainable construction using Building Information Modeling can be a healthier solution on earth. This paper aims to study the residential building to enhance sustainability by inducing sustainable energy concept using Auto desk Revit which includes parameters such as, carbon emission, fuel consumption, monthly heating and cooling load to meet the energy requirement for today without disturbing the environment and reusing it again. The 2D plan of the building is created using AutoCAD software. The sketch up software is used for building 3D modelling and it has been rendered to Autodesk Revit. As Revit is simple in application which includes the features for architecture, mechanical, electrical and plumbing in construction. Building information modelling (BIM) is used to model design with precision, adequate performance. The application of the BIM helps in conceptualization and analysis with substantial results which will provide benefit on Global environment, economic benefits and also human health. Using BIM the performance of the conventional building and energy building is compared.