The post-industrial revolution anthropogenic activities are mainly responsible for Pollution worldwide. This pollution is recognized globally in terms of Global warming and Climate change as their resultant impacts are felt worldwide. The world-wide effort for mitigation of climate change and global warming are in place but are ineffective and not enough to overcome the pollution in Urban landscapes. This necessitates the requirement of a system and methodology that can be applicable in a sustainable manner without disturbing the Urban Landscapes. The present study analysis the potential of microbial concrete in terms of Carbon dioxide sequestration for King Khalid University Campus. The study found that the microbial concrete panel effectively reduced carbon dioxide in range of 2-3% from ambient air quality. Since the microbial concrete is an inbuilt part of the building it can be installed without hindering the Urban Landscape and change in user pattern. The microbial concrete is a green, sustainable and environment friendly solution to changing urban dynamics air quality.