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In Masters of Building Energy Performance for 1st Semester focuses on the envelope to make buildings energy-efficient. Topics include heat transfer through the building envelope, emphasizing strategies to minimize energy losses through conduction, convection, and radiation, and climate analysis, which involves assessing local climatic conditions like temperature, humidity, and solar radiation. Solar geometry examines the role of the sun's position in optimizing natural lighting and heating. A practical component involves designing hot and cold enclosures to maximize temperature differences. Additionally, simulation analysis of a hot and dry climate evaluates strategies to enhance building performance and sustainability.