1. Geotechnical Engineering
   It is an undergraduate subject, consisting of four academic years. This subject helps to develop students’ ability in engineering construction such as reconnaissance, design, construction and supervision of engineering geology; hydrogeological exploration of the large-and-medium-size water head; evaluation, exploitation and utilization of water resources; and in evaluation and management of geological disaster, etc.
   Main courses are: Rock mechanics, Groundwater Dynamics, General Geology, Engineering Mechanics (including Theoretical Mechanics and Mechanics of Materials), Soil Mechanics, Hydrogeology, Engineering Geology, etc.
   Graduates of this subject will be able to undertake the related technical and managing work such as reconnaissance, design, construction, supervision and consultation in fields of city construction, electric power, water conservancy, traffic, and home defense. They may also participate in teaching and research work in colleges and universities or scientific research institutions.
    

2. Civil Engineering (Directions of Geotechnical Engineering and Underground Construction)
   It includes the directions of Geotechnical Engineering and Underground Construction. This is an undergraduate subject, consisting of four academic years. The goal of this subject is to develop students’ technical ability in prospective design, research, construction, management, supervision and investment＆ exploitation, mainly in fields of Geotechnical Engineering, Foundation Engineering and Underground Construction.
   Main courses are: Engineering Mechanics (including Theoretical Mechanics and Mechanics of Materials), Structural Mechanics, Rock- soil Mechanics, Engineering Geology, Underground Structure, Building Materials, Concrete Structure and Foundation Engineering, etc.
   Graduates of this subject will be able to undertake the related technical and managing work such as reconnaissance, design, construction, supervision and consultation in fields of city construction, electric power, water conservancy, traffic, and home defense. They may also participate in teaching and research work in colleges and universities or scientific research institutions.
    

3. Management of Environmental Resources and Layout of Town and Country
   It is an undergraduate subject, consisting of four academic years. This subject aims to help students learn and master the basic theory and skill of Environmental Management, so that they will be proficient in resource development; urban planning development, design, construction, supervision, investment control and environmental protection, ect.
   Main courses are: High-level Language Programming, Cartography, Economic Geography, Principle of Economics, Remote Sensing Technology and Application, Geographical Information System, Introduction to Management, Urban Economics, Landed Property Conspectus, etc.
   Graduates of this subject may work in scientific research institutions, colleges or universities, enterprises or institutions, sectors of planning and management, and participate in teaching and scientific research; work of resources development and utilization; construction, design and management of urban planning.
    

4. Geographical Information System
   It is an undergraduate subject, consisting of four academic years. This subject aims to help students learn and master basic theory, knowledge and skills concerning geographic information system(GIS) and cartography, also can develop their ability in related work, such as application study, technical development, production and administration management in the fields of flood protection and disaster reduction, disaster analysis, water resources management, agricultural information, infrastructure and planning management, regional resources, environment, traffic, population, lodging and land planning.
   Main courses are: Physical Geography, Cartography, Introduction to Remote Sensing, Database Technology, Principles of Geographical Information, Design and Applications of Geographical Information System, Global Positioning System, Urban Geographical Information System, etc.
   Graduates of this subject may undertake the related technical development and management work in scientific research institutions of water conservancy, electric power, traffic, telecom, IT, colleges or universities and enterprises.
    

1. Computer Science and Technology
   It is an undergraduate subject, consisting of four academic years. This subject focuses on basic theory, knowledge and skills of computer science and technology, with computer control, soft ware engineering and computer network as its main directions.
   Main courses are: Circuit and Electronic Technology, Mathematical Logic and Set Theory, Algebra and Graphing Theory, Data Structure, High-level Language Programming, Principles of Mechanics Computer, Assembly Language, Operating System, Principles of Compiler Design, Technology of Microcomputer, Computer Network, Database Technology, Artificial Intelligence and some practical courses.
   Graduates of this subject may work in scientific research sectors, educational sectors, factories, and administrative departments, and participate in work of computer science research, soft and hard ware design, teaching, network management and maintenance, etc.
    

2. Electronic Information Engineering
   It is an undergraduate subject, consisting of four academic years. This subject helps to students develop a good command of science, systematically mastering the basic theory and knowledge of modern electronic information. As well as signal processing theory and technology, with intelligent instrument, telecom technology and automatic control as its main directions.
   Main courses are: Basic Theory of Circuit, Electronic Technology of Simulation, Microcomputer Principles and System, High-level Language Programming, Digital Electronic Technology, Principles of Modern Communication, Digital Signal Processes, Signal and System, Electromagnetic and Electromagnetic Wave, Automation of Electronic Design, Digital Image Process, Electronic Measuring Technique, Automation Principles, Foundation of Computer Network, Introduction to Information Engineering and some practical courses.
   Students of Electronic Information Engineering will have a strong adaptability and high employment rate. This subject helps students develop their ability in processing and innovating, also cultivates their abilities in scientific research, development of science and technology and organizational management. Graduates of this subject may work in scientific research sectors, educational institutions, enterprises, and technical sectors, while researching electron technology, communication technology, automatic control, and development of electron device to meet the needs of market economy.
    

1. Water Conservancy and Hydroelectric Power Engineering
   It is an undergraduate subject, with a long history, good teaching conditions, and a well-educated staff with high standards of teaching. It consists of four academic years. Graduates may undertake work mainly in development and utilization of water conservancy and hydroelectric power resources, which includes watershed planning and reconnaissance, design, construction and management of the large-and-medium-size water conservancy and electric power hub and buildings (e.g. embankment, water power plant workshops, water gate and drawing water facilities, water transfer, drainage), and related scientific research.
   Main courses are: Theoretical Mechanics, Mechanics of Materials, Hydraulics, Soil mechanics, Structural Mechanics, Engineering Geology and Hydrogeology, Engineering Surveying, Water Power Planning, Reinforced Concrete Structure, Water Economics, Hydraulic Structures, Hydroelectric Station and Electric Fixtures, Construction of Hydraulic Engineering, etc.
   Graduates of this subject are well desired and play an important role in the fields of water conservancy and electric power.
    

2. Engineering Management
   It is an undergraduate subject, consisting of four academic years. This subject closely connects the characteristics of modern construction and management of water conservancy and electric power engineering. The main focus is on learning the basic knowledge of management science, economics, technology of water conservancy and electric power engineering, mastering the theory, means and methods of modern management science. Once graduating, students will be able to work in the field of domestic and foreign engineering construction. They will be able to undertake such tasks as project decision-making, complete modern management and project supervision. They may also work in design and study institutions and undertake project assessment and evaluations and economic analysis of projects, etc.
   Main courses are: Engineering Mechanics, Hydraulics, Engineering Hydrology, Management, Technical Economics, Financial Management of Enterprise, Project Bid Entering and Bid Acceptance in accordance with Contract Management, Conspectus of Project Construction Supervision, Water Power Planning, Hydraulic Structures, Project Estimates and Budget, etc.
   Graduates of this subject will receive the strong basic theory needed by water conservancy and hydroelectric power engineering. They will understand the theory, method and basic professional training in engineering management, allowing them to undertake work in engineering technology and management in the fields of construction and design of water conservancy and electric power, as well as that of engineering construction supervision. As new and complex talents, these students are greatly needed in the present market economy.
    

3. Agriculture and Water Conservancy Engineering
   It is an undergraduate subject, consisting of four academic years. This subject, meeting the national needs of present agricultural development, focuses on learning the basic theory and knowledge of agricultural water engineering, and developing abilities in reconnaissance, planning, design, construction, managing and experimental research. Students of this subject, as top engineering talents, may work in water conservancy and hydroelectric power engineering department, efficient use of water resources engineering department, and urban and rural water supply and draining engineering department.
   Main specialized core courses and specialized courses are: Theoretical Mechanics, Mechanics of Materials, Structural Mechanics, Hydraulics, Soil Mechanics, Hydraulic Structures, Irrigation and Drainage, Pump and Pumping Station, Principles and Technology of Water-saving Irrigation, Water-supplying Projects in Villages and Towns, Environmental Hydraulics, etc. These are connected with the main courses of Water Conservancy and Hydropower Engineering, Hydrograph and Water Resource Engineering, Agricultural Engineering and Environmental Engineering.
   Graduates of this subject are qualified for work in reconnaissance, planning, design, construction, management and experimental research in the fields of water conservancy, agricultural engineering and hydraulic power engineering. Graduates will also have the ability to acquire knowledge independently, process information, and participate in scientific research.
    

4. Hydrology and Water Resources Engineering:
   It is an undergraduate subject, consisting of four academic years. This subject, fitting the needs of construction and management of present water resources engineering, mainly focuses on learning the basic theory and knowledge of hydrological water resources and water environment. It also enables students to undertake work in reconnaissance, planning, design, construction, management and experimental research in the fields of optimum distribution, efficient use of water resources, engineering hydrological forecast, exploitation and protection of water resources and environmental protection.
   Main specialized core courses and specialized courses are: Physical Geography, Hydraulics, Meteorology and Climatology, Hydrological Analysis and Calculation, Hydrological Forecast, Exploitation and Utilization of Groundwater, Systematic Analysis of Water Resources, Assessment and Management of Water Resources, Exploitation and Utilization of Water Resources, Biology and Aquatic Environment Control, Project of Water Pollution Control, Management of Water Conservancy Engineering, Water-saving Principles and Technology, Environmental Hydro Science and Environmental Ecology, etc.
   Those courses are connected with those of environmental engineering and geographical engineering. Graduates of this subject will have a better command of computer and English. They will also have the ability to acquire knowledge independently, process information and participate in experimental research.
    

5. Waterway of Port and Coast Engineering (Direction of Rive Regulation)
   It is an undergraduate subject, consisting of four academic years. It puts an emphasis on the basic laws of two-phase flow of water and sediment and bed development in river regulation and exploitation, as well as on basic theoretical knowledge and design procedure of river regulations, flood-prevention projects and port engineering. It offers employment in river basin development, flood control and disaster reduction, water diversion projects, channel improvement projects and waterway of port projects. This course aims to cultivate students to be top engineering talents with a strong foundation and high creative ability.
   Main courses are: Theoretical Mechanics, Structural Mechanics, Mechanics of Materials, Hydraulics, Applied Hydrology, Engineering Geology, Surveying, Soil Mechanics, Reinforced Concrete Structure, Planning and Utilization of Water Resources, Fluvial Dynamics, River Channel Process and Regulation, River Simulation, Flood-prevention Projects, Waterway of Port Engineering and Hydraulic Structures.
   Graduates of this course will be qualified to work in planning, design, construction, management, and teaching, as well as scientific research in fields of water conservancy, electric power, different sectors of traffic management or colleges, universities and scientific research institutions.
    

1. Architecture
   It is an undergraduate subject, consisting of five academic years. This subject mainly focuses on learning building design, urban design and interior design, so graduates may work in a design office and are qualified for various professions.
   Students study basic theory and knowledge of building design, principles of urban planning and technology of construction work. Students will also gain basic training in building design. The students will graduate with abilities in project planning, architectural designing and construction working drawing, ect.
   Main courses are: Foundation of Architectural Design, Architectural Design and Principle, History of Chinese and Foreign Architecture, Architectural Structures, Architectural Mechanics and Building Construction. The main practicing courses are Artistic Practice, Practice in Building Site, Architectural Mapping Practice, Cognitive Practice of Architecture, Productive Practice in Designing Institute, ect.
    

2. Urban planning
   It is an undergraduate subject, consisting of four academic years. This subject focuses on learning urban planning and design. This subject cultivates students to be top engineering talents in urban planning. This will qualify them to work in such sectors as urban planning, urban planning management, decision-making consultation and real estate development, participating in work of urban planning and management, urban road and traffic planning, urban municipal engineering planning, and urban ecological planning, as well as landscape systems planning. They can also be employed in urban planning of social and economic development, regional planning, urban development, real estate design and the study of related policies and laws.
   Students learn basic theory of urban planning, urban ecological and environmental protection, urban communications, municipal engineering planning and regional planning. They will have basic training in urban planning and develop their basic abilities in urban planning, urban design, and urban planning management.
   Main courses are: Principles of Urban Planning, Design of Urban Planning, Urban Design, Theory of Urban Planning and History of Urban Development, Urban Roads and Traffic, Protection of Urban Ecology and Environment, Urban Geography, Urban economics, Regional Planning, Administrative Regulations and Management of Urban Planning. The main practicing courses are General Social Practice, Urban Cognitive Practice, Overall Planning Practice, Practice of Computer Application, Graduation Design, etc.
    

3. Civil Engineering
   It is an undergraduate subject, consisting of four academic years. This subject mainly helps students master basic theory and knowledge on engineering mechanics, hydrodynamics, soil and rock mechanics and municipal engineering, develop their abilities in civil engineering planning, designing, research and development, construction and management. This will enable them work in the fields of building construction, underground construction, tunnel, road, bridge and mine construction. They will be qualified for technical and supervisory work such as design, research, construction, education, management, investment and exploitation.
   Students will study basic theory of engineering mechanics, hydrodynamics, soil and rock mechanics and municipal engineering. They will have basic practice in course design, laboratory instrument operation and workshop practice. They will have basic abilities in plannig, design, research, construction and management of civil engineering.
   Main courses are: Mechanics of Materials, Structural Mechanics, Hydrodynamics, Soil Mechanics, Building Materials, Concrete Structure and Steel Structure, Building Construction, Bridge Construction, Underground Structure, Road Survey＆Design and Road Structure, Technology and Management of Construction. The main practicing courses are Cognitive Practice, Practice for Measurement, Practice for Engineering Geology, Technical Practice, Production Practice, Design of Structure Course，and Graduation Design or Dissertation. The main technical experiments are in material mechanics, building materials, and experiment for structures and soil.
    

4. Traffic Engineering:
   It is an undergraduate subject, consisting of four academic years. This subject focuses on developing students’ knowledge in planning, design and control of traffic engineering and systems. This subject will improve their abilities in transportation planning, traffic engineering planning, and development of transportation control systems. They will be able to work in provincial or municipal developing and planning departments, traffic planning and designing departments or traffic control and management departments.
   Students will study basic theory of systematic engineering and traffic engineering. They will have basic training in identification and drawing of maps, as well as machine operation, engineering survey, engineering estimation and budgeting. They will develop their abilities in the planning and designing of basic traffic facilities and assessment of engineering projects.
   Main courses are: Traffic Engineering, Systematic Engineering, Economy and Regulations of Traffic Engineering, Transportation Planning, Design for General Drawing, Road and Harbor Station Design, Traffic Control and Management, Road Engineering, Railway Traffic Planning, Traffic Project Evaluation, Engineering Estimate and Budget, and Intelligent Transportation Systems. The main practicing courses are Engineering Drawing, Practice of Measurement, Motor Vehicle Driving and Testing, and Harbor Station Design Practice. The students will be able to participate in main technical experiments, which are electrical and electronic experiments, and simulated transportation control systems experiments.
    

5. Engineering Mechanics
   It is an undergraduate subject, consisting of four academic years. This subject focuses on developing students to be top engineering talents in the basic theories of mechanics, with abilities in computation and experiment. They will be qualified for mechanical work such as, scientific research, technology development, engineering design and teaching of engineering. They will be qualified to teach subjects such as mechanical engineering, civil engineering, material engineering, energy engineering, traffic engineering, aviation engineering, ship engineering, river construction and chemical engineering.
   Students will study basic theory of mechanics and mathematics and will have necessary technical engineering training. Students will have the ability to resolve engineering problems related to mechanics by means of computer and modern experimental techniques.
   Main courses are: Theoretical Mechanics, Mechanics of Materials, Elastodynamics, Hydrodynamics, Vibration Mechanics, Computational Mechanics, Experimental Mechanics, Structural Mechanics, Electrotechnics and Electronic Technology, Basic Knowledge and Program Design of Computer. The main practicing courses are practice of metalworking, electrotechnics, electronics, cognitive practice, productive practice, social practice, course and graduation design or graduates’ dissertation. The main technical experiments will be in solid mechanics, hydrodynamics, and engineering structures, measuring and testing techniques of modern mechanics.
    

6. Art Design
   It is an undergraduate subject, consisting of four academic years. This subject helps to develop students’ knowledge and abilities in the fields of art design and creation and teaching and scientific research. They will be qualified for work in art design, research, teaching, and management in the fields of art design education, research, design, production and management.
   Students will study basic theory of art design, while developing their ideas in art design. They will hone their design methods and skills. They will graduate with have the techniques of creation and design.
   Main courses are: Pencil Sketch, Simple Construction, Pattern Design, Composition, Professional Design, Theory of Art Design, etc. The main practicing courses are Techniques Practice, Market Research, Sketch of Art Design, and Graduation Practice.
    

1. Material Molding and Control Engineering
   It is an undergraduate subject, consisting of four academic years. This subject focuses on developing students to be top engineering talents and researchers with systematic basic theory in materials science and mechanics. They will learn technique and theory of material molding, master the engineering technology of mold design and production, and computer technology foundation and application.
   Main specialized core courses are: Engineering Mechanics, Principles of Mechanics, Mechanism Design, Electrotechnics and Electronics, Principles and Application of Micro Computer, Foundation of Control Engineering, Principles of Material Process and Metallurgy Transmission, Signal Detection and Analysis, Principles and Application of PLC, Hydraulic and Pneumatic Transmission.
   Main specialized courses: Principles of Metallic Bonding, Welding Apparatus and Control Design, Computer Simulation of Material Molding, Design of Welded Structure, Principles of Plastic Molding, Equipment and Control of Liquid Molding, Techniques of Plastic Molding and Mold Design, and Designing Methods of Modern Molding.
   Students can be employed in such enterprises as like machine building industry, construction enterprise, industrial and mining enterprises, and scientific research institutions or administrative departments.
    

2. Design and Manufacturing of Machinery and Automation (Directions of Engineering Machinery, Electromechanical Integration or Integration of Machinery and Electricity and Machinery Manufacturing)
   It is an undergraduate subject, consisting of and four academic years. This subject has a well-educated teaching staff that helps to develop students to be top engineering talents, with basic knowledge and a good command of machinery design and manufacturing. Graduating students will be qualified for work in design and manufacturing, development of scientific research, application study and maintenance in the field of machinery manufacturing.
   Main specialized core courses are: Engineering Mechanics, Principles of Mechanics, Mechanism Design, Structural Mechanics and Steel Structures, Foundation of Machine Building Industry, Principles and the Application of Microcomputer, Technology of Hydraulic and Pneumatic Transmission, Mechanical Engineering Materials, Principles and Application of PLC, Electromechanical Drive and Control, Modern Control Theory, CAD\CAM, and Project Bid Entering and Bid Acceptance.
   Main specialized courses are: Engineering Machinery, Internal-combustion Engine, Engineering Machinery Chassis design, Crane Design, Scraping and Transportation Machinery Design, Numerical Control Technique, Machine Tool Design, Introduction to Electromechanical Integration and Vehicle Driving Skills.
   Students may be employed in a designing institute, research institute, mechanical and power equipment design and production enterprises, water conservancy and electric power construction enterprises and other construction enterprises.
    

3. Technology of Observation and Control and Instruments
   It is an undergraduate subject, consisting of four academic years. The bachelor degree of science will be granted. This subject aims to develop engineering personnel with basic knowledge and skills in design, measurement and instrument control. They will be qualified for such technical work as measurement and control in related national economic fields, and some work like design and manufacture, science and technology development, application study, and operation management of instruments and systems.
   Main courses are: Higher Mathematics, College English, Principles of Circuitry, Electronic Technology Foundation Simulation, Foundation of Digital Electronic Technology, Foundation of Mechanical Design, Theory of Automatic Control, Foundation of Computer Technology, Principles of Sensors, Introduction to Engineering Optics, Introduction to Instrument and Meter Design, Principles and Application of Single-chip Technology, Intelligent Instrument Design, Observation and Control Instrument and Equipment, Theory of Checks and Measurement, Computer Observation and Control Technology and Application，Programmable Controller Technology, Photoelectric Detection Technology.
   Graduates will be qualified for design, development, and scientific research and teaching work in the fields of instrument design and application, manufacturing, water conservancy, transportation, chemical industry, post and telecommunications, communication, electronics, health service; and scientific institutions, colleges and universities.
    

4. Traffic (Direction of Automobile Operation Engineering)
   It is an undergraduate subject consisting of four academic years. The bachelor degree of science will be granted. This subject focuses on learning basic theory and expertise in vehicle operation engineering, developing students’ abilities in modern vehicle test, and fault diagnosis and maintenance. Students of this subject will also learn automobiles marketing, traffic and physical distribution, technical service of vehicles and insurance settlements, and skills during practice training.
   Main courses are: Higher Mathematics, College English, Engineering Drawing and Design, Engineering Mechanics, Foundation of Mechanism Design, Electrotechnics and Electron Technology, Theory of Mechanical Control, Foundation of Engineering Thermodynamics and Workings of Engine, Automobiles Testing Technology, Principles of Automobile, Automobile Structure, Engineering of Automobile Operation, Electron Technology of Automobiles, Science of Automobile Maintenance, Science of Automobile Transport, Automobile Marketing, Transport Economics, Automobile Insurance and Claims Settlement.
   After graduation, students will be qualified for employment in related enterprises, scientific research institutes, colleges, universities, and administrative departments of transportation.
    

1. Thermal Power and Dynamic Engineering
   （Including Directions of Dynamic Engineering of Water Conservancy and Hydroelectric Power and Dynamic Engineering of Thermal Power）
   It is an undergraduate subject, consisting of four academic years. This subject focuses on basic operational principle and the theory of mechanical equipment, and electrical equipment and control systems of hydraulic and thermal power plants. This subject helps to develop students’ abilities in operation and maintenance, management and design, technical innovation and study; to meet the needs of market economy.
   Main specialized core courses are: Engineering Mechanics, Engineering Fluid Mechanics, Engineering Thermodynamics, Heat Transfer, Modern Control Theory, Foundation of Mechanism Design, Electrotechnics and Electronic Technology. The main specialized courses in Thermal Power Engineering direction are: Boiler Principle, Principles of the Steam Turbine, Electric Power Plant and Automatic Engineering Thermodynamics. The main specialized courses for Engineering of Water Conservancy and Hydroelectric Power direction are: Hydraulic Turbine, Governing of Hydraulic Turbine, Subordinate Equipment of Water Power Set, Testing Technology, Computer Monitoring Technology and Electrical Equipment of Power Plant. Both of the two disciplines share the same course of Relay Protection and Automation courses.
   Students of this major, with a general and well-set theoretical foundation of water conservancy, thermal power, mechanics, electric power and professional knowledge and skill of power plant production, will be qualified for design, manufacture, operation and management work in power generating machinery, such as fluid machinery and thermal power machinery, They would also be qualified for dynamical engineering, such as dynamic engineering of thermal power, dynamic engineering of water conservancy and hydroelectric power, refrigeration engineering and air conditioning. They may be employed in colleges, surveying and designing institutes of hydro or electric power, and scientific research institutes. Skilled graduates may also be employed in thermodynamic or hydraulic power plants, electric construction companies, electricity supply departments, and army and power equipment factories.
    

2. Electrical Engineering and Automation
   It is an undergraduate subject, consisting of four academic years. This subject helps students develop their abilities in research, design, operation, experiment, management and development in the fields of electrical engineering and automation.
   Main specialized core courses are: Engineering Mechanics, Circuitry, Simulated Electronic Technology, Digital Electronic Technology, Electro mechanics, Power Electronic Technology and Automation Theory. The main specialized courses are: Electric Sector of Power Plant, Power Engineering, Electric Power System Analysis, Relay Protection of Electric Power System, Modern Electric Drive Control Technology and Computer Control Technology.
   Students of this subject can learn general basic theory and gain solid expert knowledge; develop basic skills and receive good practical training in electrical engineering; they will also gain a strong innovation ability, management ability, and ability in science and technology development. They will be able to meet the needs of the market economy, work in different power plants, electricity-supplying departments of electric power system, institutes of electric power survey, design and research, departments of electric power management and do some power engineering work such as design, operation, management and scientific research.
    

3. Automatization
   It is an undergraduate subject, consisting of four academic years. This subject mainly focuses on construction and development of control science and engineering. It also helps to develop students’ abilities in analysis, design, emulation, and decision optimizing in the fields of industrial process control and motion control systems. They will be able to do some research work in control theory and system of computer application, pattern cognition and intelligent control.
   Main courses are: Principles of Circuit, Power Electronics, Control Theory, Computer Control Technology, Micro Computer Principles, Foundation of Computer Software, Computer Communications and Networks, Computer Simulation, Process Control Technology, Motion Control, Single-chip, Signal and System, Sensor and Survey Technology, Intelligent Control and Application, and Building Automation.
   Graduates of this subject will have a strong adaptability and many employment opportunities. They will be able to be employed in enterprises and institutions, colleges and universities, high-tech companies, and post and communications. They will also find opportunities in financial departments, electric power sectors, national defense departments, construction companies, which have automation equipment, and undertake work in design, operation and management of automatic systems. There are also opportunities in automatic products development, automation engineering management, scientific research and teaching, etc.
    

Foreign Language Faculty
English Subject
It is an undergraduate subject, consisting of four academic years. It mainly focuses on helping students develop a solid foundation in English, strong communicative ability in English and good English quality. This subject will also help students in learning science and technology, as well as giving them knowledge in economy and trade. They will be able to work in the fields of science and technology, economy and trade, foreign affairs, enterprises, tourism, culture education, information, and do some work of translation, teaching, scientific research and management.
Main courses are: Foundations in English, Advanced English, Listening and Speaking Course, Spoken English, English Writing, Extensive Reading, Translation, British and American Literature, Linguistics, Survey of English-speaking Countries, Scientific and Technical English and the second foreign language.
Students of this subject will have formal training in listening, speaking, reading, writing and translating. They will have a solid English foundation with strong abilities in those fields. They will be qualified for employment in translation, teaching and management. In addition, they will study another foreign language so they can deal with some foreign affairs and develop some activities of foreign communication for science and technology.
 

1. Information and Computer Science
   It is an undergraduate subject, consisting of four academic years. It will help students develop a solid foundation in mathematics; learn basic theory and method of information and computer science. They can apply their mathematics theory and information knowledge, and computer skills to fields of scientific research, education and management departments and do work of digital information process, software design and development, teaching and management.
   Main courses are: Mathematical Analysis, Higher Algebra, Analytic Geometry, Differential Equation, Probability Statistics, Discrete Mathematics, An Introduction to Computer, C Language Programming, Operation System, Principles of Compiler, Data Structure, Assembly Language, Technology of Database, Digital Signal Analysis, Wavelet Analysis, Information and Coding, and some practical courses.
    

2. Mathematics and Applied Mathematics
   It is an undergraduate subject, consisting four academic years. This subject helps students learn basic theory and method of mathematics. This subject will develop their innovating ability and ability in resolving problems independently. They will have their primary training in scientific research and applications studies, and in mathematical model and mathematics software. They will also become familiar with basic principles of computer, gaining the ability in computer application and development. They can undertake employment in research, teaching, development and management in fields of science and technology, education, finance and insurance, economic management.
   Main courses are: Mathematical Analysis, Higher Algebra, Analytic Geometry, College Physics, Complex Functions, Mathematical Model, Ordinary Differential Equations, Probability Statistics, Introduction to Computer, Data Structure, Program Design and C Language, Discrete Mathematics, Mathematical Finance, An Introduction to Actuarial Science Financial Economics, Computer Network and some practical courses.
    

3. Statistics
   It is an undergraduate subject, consisting of four academic years. This subject will help students master basic theory and method of statistics, skillfully apply computer to data analysis. They can be employed in enterprises, institutions, economic sectors and administrative sectors and undertake some work like management of survey statistics and information statistics, quantitative analysis, etc. They can participate in research and teaching work in scientific research sectors and educational sectors.
   Main courses are: Mathematical Analysis, Higher Algebra, Analytic Geometry, Theory of Probability and Mathematical Statistics, Operational Research, Computer Science Foundation, Western Economics, Financial Mathematics, Mathematical Modeling, Statistical Forecast and Decision Technology, Time Series Analysis, Multivariate Statistics and Application, Applied Stochastic Process and so on.
   There are also opportunities in the directions of Financial Actuarial Science, Securities Investment and Economic Statistics.
    

1. Environmental engineering
   It is an undergraduate subject, consisting of four academic years. It’s a comprehensive subject. It focuses on technique, principle, and engineering services the field of environmental protection and improvement. One of the basic state policies for the social economic development is currently to carry out sustainable development strategy and the following several decades is a golden period for our environmental career development.
   This subject helps to develop students’ professional skills so they can undertake employment in pollution control and treatment, such as sewage, exhaust gas, noises and solid waste of the cities, towns and industrial enterprises.
   Main courses are: Engineering Mechanics, Hydrodynamics, Inorganic Chemistry, Organic Chemistry, Physical Chemistry, Analytic Chemistry, Microbiology of Environmental Engineering, High-level Language Programming, Computer Technology, Water Pollution Control Engineering, Air Pollution Control Engineering, Noise Pollution Control Engineering, Solid Waste Control Engineering, Environmental Monitoring, Environmental Quality Assessment, Environmental Planning and Environmental Law.
   Graduates will be qualified for employment in environmental engineering planning, design, construction, management, environmental monitoring, and environmental quality assessment, as well as in education, research, and development. They can find employment opportunities in government departments, planning departments, environmental protection departments, design organizations, industrial enterprises, scientific research institutions, colleges and universities.
    

2. Water supply and Drainage Engineering
   It is an undergraduate subject, consisting four academic years. This subject helps to develop students’ professional skills in water supply engineering, drainage engineering, industrial water supply and drainage engineering, as well as in water pollution planning and water resources protection engineering. It has a large qualified staff and fine experimental equipment. National certification in water supply and drainage engineering has been granted to Engineering Environmental Monitoring Center.
   Main specialized courses are General Chemistry, Analytical Chemistry, Engineering Mechanics, Engineering Surveying, Hydrodynamics, Electro technology and Electronic Technology, Wastewater Treatment Microbiology, Water Resources Use and Protection, Water Supply and Sewer Engineering, Water Quality Engineering, Water Supply and Sewer Construction, as well as Water Technics Equipment and Construction Supervision, Industrial Wastewater Treatment Engineering, Water Supply and Sewer CAD, Environmental Quality Evaluation, Economic Management, Information Management System.
   Graduates can be employed in government departments, planning departments, economic management departments, and environmental protection departments. Opportunities may also be found in design institutes, industries, scientific research institutes, colleges and universities, where the students will work in planning, design, management, education, and scientific research development.
    

3. Architectural Environment and Equipment Engineering
   It is an undergraduate subject, consisting of four academic years. It focuses on developing students’ specialty abilities in designing, installing, operating and developing urban heat energy supply system and public utilities systems in large buildings, such as, heating, ventilating, air conditioning, refrigerating, gas supply, water supply and sewer systems, as well as electrical systems in buildings.
   Main courses are: Engineering Thermodynamics, Heat Transfer, Hydrodynamics, Study of Architectural Environment, Pipe-net for Fluid Transfer, Principles and Equipments of Heat and Mass Transfer, Heating Ventilating and Air Conditioning, Refrigeration Technology, Heating Engineering, Urban Gas Supply Engineering, Building Electrical Engineering, Water Supply and Sewerage Engineering of Building, Air Cleaning Technology, Building Autoimmunization, Building Energy-saving Technology, Computer-aided Design and Realty Management. There are also a lot of elective courses, integrative specialized courses in design, workshop practice and comprehensive articles training, which reflect the front line technology.
   Graduates can find employment in designing institutes industries, realty management departments, colleges and universities, state departments. Students will be knowledgeable in planning, design, construction, production, management, scientific research and teaching. With rapid progress in building trade and people’s increasing requirement for environmental quality in buildings, there is more and more demand for such professionals.
    

4. Fire Protection Engineering
   It's an undergraduate subject, consisting of four academic years. Our university is one of the five universities which have such a specialty subject in our country. This subject focuses on students learning the scientific theory of fire protection, fire protection technology and engineering, policies and statutes. It will also develop their abilities in the application of fire protection technology and engineering such as research, design, monitoring, construction, management, evaluation, control, and fire accident investigation and analysis.
   Main courses are: Engineering Mechanics, Chemical Engineering, Engineering Thermodynamics and Heat Transfer, Fluid Mechanics, Fire Protection Combustion Science, Fire Protection Engineering, Water Supply for Fire Protection, Fire Code, Design Principles of Building Fire Protection, Disaster Elimination Measures, Fire Protection Technical Arrangement, Fire Protection Engineering, Fire Protection Supervision and Management, Fire Investigation. Graduates can be employed in research and development departments, such as fire protection technology and engineering, armed fire protection troops, administrative department of local government fire protection, different sectors of construction planning designing institutes, as well as in construction and installation departments of fire protection engineering, fire affairs administrating department of large enterprises and companies. They can work in fire protection technology and engineering study, design, estimate, supervision, education and training, and also study, design, development of fire equipment and apparatus.
    

Law Faculty
Science of Law
It's an undergraduate subject, consisting of four academic years. It focuses on students learning the basic laws, statutes, and water laws, statute and policies. Students can learn not only basic theory and professional knowledge, but also the practical abilities in law. They will be able to do some practical work in the fields of law application, especially water conservancy management department.
Main courses are: Jurisprudence, Constitutional Law, Administrative Jurisprudence, Civil Law, Criminal Law, Litigation Law, Economic Law, Contract Law, International Law, Legal System History of China, An Introduction to Water Law, An Introduction to Water Administrative Management, Policies of Water Conservancy Industry, Water and Soil Conservation Law, Law on the Prevention and Control of Water Pollution, Marine Environmental Protection Law.
Graduates can find employment in state departments, enterprises, social groups and law service organizations, especially in the supervision department of national water affairs, water administration and water conservancy, as well as some practical work in law.
 

1. Economics
   It's an undergraduate subject, consisting of four academic years. This subject focuses on students gaining a good command of basic theory in Marxist economics and modern western economics, mastering modern economic analysis method, comprehending operational mechanism market economy, national and local economic guidelines, policies and statutes. They can use quantitative analysis methods, modern technology and measures to do social economic investigation, analysis, and management work.
   Main courses are: Economics, Accounting, Statistics, Econometrics, International Economics, Money and Banking, Finance, Study of Investment, Technical Economics, Development Economics, Business Administration, Management Information System, Marketing, International Finance, International Trade, Economic Commerce.
   Students will have a wide sphere of knowledge, strong operational ability and the ability to enter related economic fields. They can find employment in the general economic management departments, policy study departments, financial institutes and enterprises. They will be able to undertake economic analysis, forecast, planning, management work or teaching and scientific research work.
    

2. Accounting
   It's an undergraduate subject, consisting of four academic years. It aims to cultivate practical specialists with multi-abilities in basic theory and knowledge of accounting, auditing and business administration. Students will master the qualitative analysis methods and quantitative analysis methods; have strong language and writing expression abilities and abilities in communication, information gathering, analyzing and resolving accounting and financing problems.
   Main courses are: Economics, Accounting, Statistics, Money and Banking, Management Science, Economic Law, Tax Law, Technical Economics, Marketing, Financial Accounting, Cost Accounting, Financial Management, Managerial Accounting, Management Information System and Auditing.
   This subject focuses on students learning developing abilities in management, economy, law and accounting. They will become familiar with international and domestic accounting guidelines, policies, statutes, and international accounting consuetude, They will be able to work in enterprises, companies, government departments, and undertake work in accounting practices, financial management, economic management, teaching and scientific research.
    

3. International Economy and Trade
   It's an undergraduate subject, consisting of four academic years. It focuses on students systematically mastering the basic principles of Marxist economics and basic theory of international economy and trade, as well as understanding the development status and the direction of current international economy and trade. Student will become familiar with the international trade rules and conventions; and foreign trade policies and statutes of China. They will gain a strong command of the English language. They will be able to work in foreign economic and trade departments, financial institutions and government departments of foreign enterprises, as well as undertake work in the practice, foreign economy and trade management fields.
   Main courses are: Economics, Accounting, Statistics, Money and Banking, Econometrics, International Economics, Financial, Economic Law, International Finance, International Trade Law, International Marketing, Management Science, Spoken English, Electronic Commerce.
   Graduates will gain a good command of economy, management, trade and law. They can work in different sectors of foreign economic and trade enterprises, banks, security organizations, large and medium enterprises, scientific research institutions, colleges and universities. They will be able to undertake work in foreign economic practical affairs, management control, investigation and consultation, study of policies, teaching and scientific research.
    

4. Industrial Engineering
   It's an undergraduate subject, consisting of four academic years. It focuses on the basic theory of this subject, analytic method and managerial technique of system management. Students will become familiar with related guidelines, policies and statutes of economic construction and enterprises management. They will be able to comprehend frontline theory, application situations and development trends of industrial engineering. Students will have a foundation in natural science and be qualified for management work, teaching, scientific research, and production practice in industrial engineering.
   Main courses are: Economics, Accounting, Statistics, Systematic Engineering, Materials Circulation Management, Quality Management, Reliability Engineering, Economic Law, Technical Economics, Marketing, Operation Research, Engineering Mechanics, Electro technology and Electronic Technology, Mechanism Design, Technology of Metals, Production Management.
   Graduates will be able to find employment in national administration departments, scientific research institutions, industrial and commercial enterprises. They will be able to undertake planning, designing, evaluating, and the innovation work in supervision systems such as production, marketing, service, etc.
    

5. Information Management and Information System
   It's an undergraduate subject, consisting of four academic years. Students will gain a systematical command of basic theory and method in Information Management and Information Systems. They will gain abilities in information organizing, analyzing and researching, developing and using. They will master computer and information managerial technology and economics management.
   Main course are: Economics, Accounting, Statistics, Management Science, Economic Law, Marketing, Operational Research, Information Economics, Electro technology and Electronic Technology, Object-Oriented Programming, Data Structure Engineering Drawing, Computer Network, Information System Analysis and Design and Electronic Commerce
   Graduates will be able to find employment in different national control sectors, industrial and commercial enterprises, financial institutions, teaching sectors, and scientific research institutions. They will be able to undertake work in information management, information system analysis, design, implementation, management, and evaluation.