Introduction to Building Environment and Energy Application Engineering Major
★Train Objective and Employment Prospect
The major aims to cultivate interdisciplinary talents with basic theoretical knowledge and professional skills in the field of engineering, who are competent for technical or management tasks of plan, design, research, manufacture, construction, installation, operation control and system security for heating ventilating, air conditioning, purification, cold and heat source, heating, gas and so on, in the institutions and companies for design, research, engineering construction, equipment manufacture, operation, etc.
The major is in urgent need of energy saving and emission reduction in our country. It is easy to get a job.
★Special Features
Professional direction has wide-selection and wide-caliber employment. Graduate with high comprehensive quality and strong practical ability is popular among departments in the industry.
★Main Subject: Civil Engineering.
Engineering Thermodynamics
Institute：School of Building Environment Engineering
Credits：3
Hours：56
Course Code：0243106
Engineering Thermodynamics is one of the technical basic courses of Building Environment and Energy Engineering. In this book the thermal properties of the material and the transformation between heat and other energy conversion are studied. The main task of this course is to enable students to understand and master the theoretical basis on energy conversion, to grasp the basic theory and knowledge of engineering thermodynamics firmly, and be subjected to further basic skills training. Through the course, the abstract ability and logical thinking ability of analyzing and dealing with the thermal problem can be improved. It not only provides adequate theoretical basis for learning professional topics, but also promotes students to lay the necessary theoretical basis to solve actual production problem and scientific research for the future.
Heat Transfer
Institute：School of Building Environment Engineering
Credits：3
Hours：58
Course Code：0243107
Heat Transfer is a main basic course of Building Environment and Energy Engineering. It aims to help students acquire broad and solid basic knowledge of the heat transfer rules, to get the basic analysis capability and calculation methods of the heat transfer engineering problems, and to acquire the appropriate computing ability and experimental skills.
Fluid Mechanics
Institute：School of Building Environment Engineering
Credits：3
Hours：50
Course Code：2223102
Fluid Mechanics is one of the most important fundamental courses of Building Environment and Energy Engineering. As a typical natural science course, Fluid Mechanics emphasis on both theory and experiment. The course discusses the theory of fluid physics, fluid statics, fluid kinematics, fluid dynamics, and dimensional analysis. Then considering the characteristics of Civil Engineering, the course highlights on the flow resistance, orifice flow, open channel flow, weir, seepage and other specific engineering applications. The course is a necessity to other follow-up major courses. The course emphasis on strengthening the theoretical basis, and requires students to have relevant knowledge of mathematics, physics and mechanics disciplines.
Introduction to Architecture
Institute：School of Building Environment Engineering
Credits：2
Hours：30
Course Code：0243103
Introduction to architecture is a basic course for the major of Building Environment and Energy Engineering. It aims to enable students to master the civil and industrial building structure and its composition, and to be able to read construction drawing. After learning this course, the students can form the knowledge foundation of design and installation of HVAC system in buildings.
Water Supply and Drainage for Buildings
Institute：School of Building Environment Engineering
Credits：1
Hours：30
Course Code：0244115
Water Supply and Drainage for Buildings is one of the specialized courses of Building Environment and Energy Engineering, and is an applied science to provide the necessary production conditions for industrial buildings and the health, safe and comfortable living environment for civil buildings. Its main task is to introduce the basic theory, knowledge and technology of the design, installation and management of water supply, drainage, fire water supply, hot water supply in buildings.
Automation of Building Equipments
Institute：School of Building Environment Engineering
Credits：3
Hours：50
Course Code：0244118
Automation of Building Equipments is one of the major courses of Building Environment and Energy Engineering. After learning this course, the students can understand and master the control theory, method and technology involved in construction equipment engineering, and be familiar with the control systems and the building automation management systems used in construction equipments or HVAC equipments. This course can help the students study the control, operation and management of construction equipments in the future.
Refrigeration Technology for Air Conditioning
Institute：School of Building Environment Engineering
Credits：2
Hours：40
Course Code：0244113
Refrigeration Technology for Air Conditioning is an important required course for the major of Building Environment and Energy Engineering, and is about the ordinary refrigeration technologies applied in air conditioning systems. The main contents include the basic principle of vapor compression refrigeration, refrigerant, refrigeration compressor, heat exchange equipment of refrigeration units, throttling device, running and regulation of refrigeration units, absorption refrigeration, water system and refrigeration machine room.
Fluid Transportation and Distribution
Institute：School of Building Environment Engineering
Credits：2
Hours：40
Course Code：020299
Fluid Transportation and Distribution is a theoretical course which talks about the basic technical ability of the major. The course is tightly combined with other major courses, and emphasis on both the theoretical foundation and the engineering application. Course discusses on the basic principles, design and analysis methods, and running adjustment of fluid flow in the pipe network, which is necessary to prepare other follow-up major courses.