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Focusing mosquito-related public health measures on preventing habitats in which mosquito larvae grow targets mosquito-borne diseases at their source. Studies have shown the correlation between architecture and mosquito populations as to prevent the spread of vector-borne diseases such as malaria or dengue. This paper focuses on four elements– roof shape, roof building materials, how often roof gutters are cleaned, and the presence or absence of a green roof– in order to evaluate what, if any, effect these may have on surrounding mosquito populations and habitats. Through the analysis of GLOBE Mosquito Habitat Mapper data, ArcGIS data, Google Earth Images, a public survey, as well as other scholarly research papers, including “Impacts of Green Roofs on Water, Temperature, and Air Quality: A Bibliometric Review”, “Monitoring mosquito nuisance for the development of a citizen science approach for malaria vector surveillance in Rwanda”, and others, discussing the consequences of different building models and materials, such information can be compiled to result in effective outcomes for recommended roof designs that may reduce the likelihood of mosquito infestation within our communities. Thus, through changes in fundamental building and housing architecture, communities may take informed mosquito prevention measures. As more urban areas arise, this matter must be addressed to target mosquito sources and reduce the victims of mosquito-borne diseases. Keywords: roof design, mosquito breeding, urban planning, mosquito habitats