Smart Architecture Techniques and Nanotechnology for Achieving Smart Buildings with Sustainable Methods to Improve the Thermal Comfort

Abstract

The research findings provide valuable insights into the integration of smart technology and nanomaterials in building design and construction. The increasing concern over climate change and the urgent need to reduce carbon emissions has spurred interest in researching architectural and building concepts. This has forced architects to investigate how smart design techniques and nanotechnology might be used to produce sustainable structures, with a particular emphasis on building exteriors. The purpose of this research is to better understand how nanotechnology and smart design practices may lower carbon emissions and increase building energy efficiency. It employs a methodology that incorporates ideas from nanotechnology, materials science, engineering, and architecture. The goal of establishing building assessment standards is also to reduce carbon emissions and increase building efficiency. By offering useful information on the incorporation of smart technologies and nanomaterials in building design and construction, the research findings will enhance practices. Furthermore, the construction and upkeep of buildings account for a sizable portion of global energy consumption and greenhouse gas emissions. It is necessary to make the built environment more sustainable to lessen global warming and build a more environmentally friendly future. Nanotechnology and smart design approaches can be combined to create buildings that are high-performing, energy-efficient, and environmentally conscientious.