The domestic sector uses a significant portion of the world's energy resources. As a result, it's important to understand, evaluate, and apply bioclimatic architecture techniques that reduce energy usage while considering the potential passive and active building solutions. A sustainable technique known as "bioclimatic design" evaluates a design's viability while considering human relations and the climate. This Research investigates the bioclimatic features of architecture to make houses more comfortable and economical, it would not only resolve the energy crisis but also reduce environmental degradation. A variety of methods are used to recommend the design strategies for bioclimatic architecture such as case studies, surveys, interviews, questionnaires, computer programming, etc. Results conclude that the house system with the concept of bioclimatic architecture is the need of rural areas with the special context of Mirpurkhas, which has many valuable natural resources that previously were seriously ignored due to illiteracy and unawareness of people to use these resources for their benefit and comfort. Since the general review presented in this study proved to be an effective design strategy that produced significant energy savings, were able to achieve the goal of exporting some bioclimatic architecture strategies that have been implemented in particular regions to other regions with comparable climates.

Keywords: bioclimatic, Sun Light, biogas, Organic Matter and solar power