Life cycle assessment for a suburban building located within the vicinity using Revit Architecture

Abstract

Buildings account for 25% of carbon emissions and 32% of ultimate energy consumption. Urbanization has led to an increase in the requirement for infrastructure in general, which has led to an increase in the demand for housing. Building has a significant influence on the market, community, and the environment, and these issues must be addressed. Building projects that start with the sound design decisions have a far better chance of attaining long-term viability. The environmental consequences of a structure may be reduced through design by as much as 70%. Both the professional and educational groups have welcome to the connections between sustainability and Building Information Modeling (BIM). Construction industry cooperation and productivity are predicted to improve as a result of BIM, which is a mix of technology or organizational solutions that are intended to boost inter-organizational collaboration in building design, construction and maintenance. The increasing of populations is interested in creating ecologically friendly structures that are both high-performing and cost-effective. An approach to analysis a sustainable building that has an energy-efficient orientation and amenities based on the specific location in southern India's subcontinent was presented in the present research. This research work studies a novel approach to implementing an integrated platform for sustainable design in the suburban area.