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  Undergraduate Programs
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School of Energy and Power Engineering
 

Program: Applied Chemistry
Program Objective and Employment Prospects: Program Objective and Employment Prospects: The program emphasizes the fundamental applied power plant chemistry, and aims to train senior technicians to engage in power plant water treatment, water and steam quality monitoring, fuel analysis and management, corrosion and protection. Graduates can undertake jobs like design, analysis, testing, equipment operation and supervision at power plants, chemical industry, metallurgy, environmental protection, etc.
Main Courses: Advanced Mathematics, College English, Fundamental Computer, Fundamental Mechanical Design, Electrotechnics, Electronics, Inorganic Chemistry, Organic Chemistry, Analytical Chemistry, Physical Chemistry, Chemical Engineering Principle, Thermal Power Equipment, Water Purification of Power Plant, Corrosion and protection of thermal power equipment, Chemical Instruments and Automation, Oil Consumption in Power Industry, Fuel Analysis and Management, Environmental Engineering Technology.

Program: Nuclear Engineering and Nuclear Technology
Program Objective and Employment Prospects: Program Objective and Employment Prospects: Graduates will be working in the fields of nuclear engineering and nuclear technology such as nuclear power and thermal energy engineering project design, installation, safety analysis, operational control and management. Graduates may engage in design, production, installation, examination and repair, operation and management related to nuclear engineering and nuclear technology in nuclear power plants, nuclear reactor engineering, nuclear technology application, and conventional power plants.
Main Courses: Advanced Math, Linear Algebra, Probability and Mathematical Statistics, College English, College Physics, Electrotechnics and Electronic Technology, Fundamental Computer, Microcomputer Principles and Application, Auto-control Theory, Engineering Mechanics, Fundamental Mechanical Design, Engineering Graphics CAD, Metal Materials, Engineering Thermodynamics, Engineering Fluid Mechanics, Heat and Mass Transfer, Fundamental Application on Nuclear Radiation, Nuclear Reactor Engineering, Nuclear Reactor Structure and Power Equipment, Nuclear Power Plant Control and Operation, Nuclear Reactor Safety Analysis, Nuclear Turbine Principle, Nuclear Power Plant.

Program: Construction Environment and Equipment Engineering
Program Objective and Employment Prospects: Program Objective and Employment Prospects: The program aims to train graduates to engage in the field Program Objective and Employment Prospects: The program aims to train graduates to engage in the field of industrial and civil construction environment control technology such as heating and air-conditioning, water supply and drainage in construction, refrigeration, gas supply, ventilating system layout and design, construction management, operation management. Graduates may be employed by departments of city construction, civil engineering and environmental protection, power companies, construction enterprises and governmental organizations.management. Graduates may be employed by departments of city construction, civil engineering and environmental protection, power companies, construction enterprises and governmental organizations. Main Courses:
Main Courses: Computer Technology and Application, Fundamental Mechanical Design, Engineering Graphics and CAD, Fundamental Thermal Engineering, Engineering Fluid Mechanics, Electrotechnics and Electronics, Auto-Control Principle and Construction Automation, Architecture Environmental Science, General Architecture, Heating, Ventilating & Air-conditioning, Water System, Refrigeration Technology and System, Fluid Transmission Network, Building Environment Measurement, Thermal Power Plant Producing Process, Thermal Power & Air Condition System for Power Plant, Engineering Budget and Construction Management.

Program: Thermal Energy and Power Engineering (Central Control Operation of Thermal Power Plants Direction)
Program Objective and Employment Prospects: Program Objective and Employment Prospects: The program aims to train technicians for modern large scale power plants. The graduates may engage in industrial thermal equipment and system’s operation, design, installation, detection and repair, organization management, research and developments in the field of thermal power engineering. Main Courses: Boiler Principle, Turbine Principle, Thermal Power Plant, Thermal Engineering Process Control System, Electric Equipments and System, Unit Central Control Operation.
Main Courses: Foreign Language, Advanced Mathematics, Engineering Mathematics, Fundamental Computer, C Language Programming, Engineering Graphic& CAD, Engineering Mechanics, Electrotechnics and Electronics, Engineering Thermodynamics, Engineering Fluid Mechanics, Heat Transfer, Fundamental Mechanical Design, Auto-Control Principle, Pump and Fan,

Program: Thermal Energy and Power Engineering
Program Objective and Employment Prospects: Program Objective and Employment Prospects: Graduates are usually employed by power plants and industry as engineers in the fields of thermal power engineering. They may engage in industrial thermal equipment and system design, manufacturing, installation, maintenance, economical operation, management and research development. Main Courses:
Main Courses: Foreign Languages, Advanced Mathematics, Engineering Mathematics, Fundamental Computer, C Language and Programming, Fundamental Applied Physics, Physical Experiment, Engineering Graphics& CAD, Engineering Mechanics, Electrotechnics and Electronics, Engineering Thermodynamics, Engineering Fluid Mechanics, Heat Transfer, Fundamental Mechanical Design, Auto-Control theory, Thermal Engineering Process Control System, Metal Materials, Computer and Interface Techniques, Pump and Fan, Boiler Principle, Turbine Principle, Thermal Power Plant.

 



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