Building Environment and Energy Application Engineering is a field that involves the study of building energy analysis, building thermodynamics, building equipment and control, building energy-saving technology, and indoor environment control. This interdisciplinary field is closely related to energy utilization, environmental protection, and sustainability of buildings.

The course structure of Building Environment and Energy Application Engineering is designed to provide students with a comprehensive understanding of the fundamental principles and practices of building energy and environmental management. The major courses include Building Energy Analysis, Building Thermodynamics, Building Equipment and Control, Building Energy-Saving Technology, and Indoor Environment Control. The elective courses may include Energy Management of Buildings, Renewable Energy Utilization, Energy-Efficient Building Design, and Environmental Sustainability in Building Construction. Students may also participate in various workshops, laboratory experiments, and research projects to gain hands-on experience in energy and environmental science.

The aim of Building Environment and Energy Application Engineering is to develop graduates with the ability to design and operate energy-efficient and sustainable buildings. They will be able to analyze and evaluate the energy performance of buildings, as well as provide practical solutions for improving energy efficiency. Graduates will also be equipped with a solid foundation in environmental science and engineering, as well as the ability to design and construct buildings that are environmentally friendly and sustainable.