Thermal comfort is the result of a balanced of building frameworks adjusted to both the area of the structure just as the kind of air move performed inside the structure or the room of the structure. The aim of this research is to represent the Minia city as a case study based on the Mahoney tables method to validate the best design strategy in the hot desert bioclimatic region. Mahoney tables are a collection of referenced tables utilized in construction as a climate-appropriate design manager coupled with the meteorological data to include the right design recommendations. So, the Mahoney tables can assess the climate to be more accurately reflect the environmental conditions in the summer. Also, it can beware of the passive heating technique as natural ventilation used in the construction of energy-efficient buildings. The research proceeds with a set of conclusions and recommendations that be gotten from Mahoney tables climatic characteristics, then the design strategies were recommended. These recommendations can help architects bring forward a set of bioclimatic design strategies for buildings in Minia's environment to conduct thermal comfort with the help of the climate consultant tool.