Cultivate good ideological qualities, humanities and social sciences, professional ethics and psychological qualities; have a sense of innovation, teamwork, international perspective and social responsibility; master natural science knowledge such as mathematics and physics, chemistry, and the basis of water supply and drainage science and engineering Knowledge and skills; master the professional knowledge of the use, treatment, transmission and distribution of urban and industrial water, sewage collection, treatment and discharge, rainwater discharge and flood control; have lifelong learning ability; and have the knowledge to apply knowledge to water supply and drainage science Research, water supply and drainage engineering design, construction, operation management and other fields, the ability to solve complex water supply and drainage engineering problems; can independently undertake planning, design, research and development, education and management in design units, scientific research units, schools, industrial and mining enterprises, government and other departments Applied key technical personnel working in other fields.

Training standards

Mainly cultivate students' working ability in the fields of scientific research of water supply and drainage, water supply and drainage engineering design, construction, operation management, etc. Graduates should have the knowledge and ability in the following aspects:

(1) Master mathematics, natural science, engineering foundation and professional knowledge of water supply and drainage, and be used to solve complex engineering problems of water supply and drainage.

(2) The basic principles of mathematics, natural sciences and engineering science can be applied to identify, express, and analyze complex engineering problems in water supply and drainage through literature research to obtain effective conclusions.

(3) Able to design solutions to complex water supply and drainage engineering problems, design water supply and drainage systems, units or technological processes that meet specific needs, and be able to embody innovation consciousness in the design process, considering society, health, safety, law, culture and Environmental and other factors.

(4) Based on scientific principles and scientific methods to study complex engineering problems of water supply and drainage, including designing experiments, analyzing and interpreting data, and obtaining reasonable and effective conclusions through information synthesis.

(5) Able to develop, select and use appropriate technologies, resources, modern engineering tools and information technology tools for complex water supply and drainage engineering problems, including prediction and simulation of complex water supply and drainage engineering problems, and understand their limitations.

(6) Be able to conduct reasonable analysis based on engineering-related background knowledge, evaluate the impact of water supply and drainage professional engineering practice and complex engineering problem solutions on society, health, safety, law and culture, and understand the responsibilities that should be assumed.

(7) To be able to understand and evaluate the impact of engineering practices on complex engineering issues of water supply and drainage on environmental and social sustainable development.

(8) With humanities and social sciences literacy and sense of social responsibility, able to understand and abide by engineering professional ethics and standards in engineering practice and perform responsibilities.

(9) Ability to assume the roles of individual, team member and person in charge in a team with a multidisciplinary background.

(10) To be able to effectively communicate and communicate with industry peers and the public on complex water supply and drainage engineering issues, including writing reports and design manuscripts, presenting statements, and expressing or responding to instructions. And have a certain international vision, able to communicate and exchange in a cross-cultural background.

(11) Understand and master engineering management principles and economic decision-making methods, and can be applied in a multi-disciplinary environment.

(12) Have the consciousness of independent learning and lifelong learning, and have the ability of continuous learning and adapting to development.

Core Courses

Fluid mechanics, environmental microbiology, water quality engineering, water supply and drainage pipeline engineering, civil engineering foundation, building water supply and drainage engineering, water pumps and pumping stations, water resource utilization and protection, hydrology and water supply hydrogeology, water engineering construction and construction organization, Fundamentals of water process equipment, water process instrumentation and control, water engineering economy, environmental analytical chemistry, mechanics C, subject introduction.

Course length, Minimum credit for graduation

Four years, Bachelor of Engineering, 190.5 credits

Course Structure

Course no.Course namecreditsPracticeWeekly lectures

12345678General courses17031006-7Current Situation and Policy2

2

2

17071001Foundation Course of College English2

2

17071002Foundation Course of College English1

1

10401001Military Course2

2

10111001-4Physical Education442222

17071003Foundation Course of College English2

2

17071004Foundation Course of College English1

1

17131002Computer Course and Language Programming3.50.5

3

17031001Ideological and Moral Cultivation and Elementary Knowledge of Law31

2

17031003The Principles of Marxism31

2

17071005Advanced College English3

3

17031004-5Introduction of Mao Zedong Thought and Socialism with Chinese Characteristics61

33

17071006Application College English3

3

17031002Modern and Contemporary History of China21

2

Total37.58.59121010

Discipline basic course17162303Course Introduction1

2

10082058Inorganic Chemistry3

3

10082059Experiments of Inorganic Chemistry112

10152046Projective Geometry and Drawing Fundamental3.5

4

17082001-2Advanced Mathematics Ⅰ (Volume One)、(Volume Two)11

65

10072602College Physics II4

4

10072503Experiments of College physics Ⅱ0.50.5

1

10082067Organic Chemistry3

2

10082085Experiments of General Chemistry0.50.5

1

17082009Linear Algebra3

3

17162001Analytical Chemistry for Environment2

2

17162002Experiment of Analytical Chemistry11

2

17082011Probability and Mathematical Statistics Ⅱ3

3

17152502Mechanics C3.5

4

10164706Electrostatics and Electronics Ⅱ4

4

17162023Environmental Physical Chemistry2

2

17162301Fluid Mechanics3.5

4

10162204Fluid Mechanics Experiment0.50.5

1

17142003Construction Engineering fundamentals2

2

10142305Survey B2

3

17162020Environmental Microbiology2

3

17162021Environmental Microbiology Experiment11

2

17162302Hydrology and Water Supply Geohydrology2

2

Total594.5171617107

Professional class10173302Network Engineering of Water distribution and Drainage3

4

17163301Introduction to Water Technology Equipment2

2

10174303Water Resource Utilization and Protection2

2

10174302Pump and Pump Station2

2

14173324Experimental Technique of Water Treatment2.52.5

3

14173322Water Quality Engineering 13

4

14173323Water Quality Engineering 23

4

14173325Construction and Construction Organization of Water Engineering2.5

2

10173303Water supply and Drainage Engineering of Architecture3

4

17163302Instrument and Control of Water Technology2

2

17163010Water Engineering Economy3

4

10174309Treatment engineering of industrial Water and Wastewater3

4

17164022Environmental Earth Chemistry2

2

17164004Solids waste treatment2.50.5

2

17164009Engineering CAD1.51

3

10164708Heating and Air conditioning of Architecture2

2

10164707Architecture Electricity2

2

10174308English for Water and Wastewater Engineer2

2

17164001Environmental Monitoring3

2

17164003Environmental impact assessment2

2

14174311Programming for Water and Wastewater Engineering2.50.5

3

10174316Engineering Project Management2

2

Total52.54.5

4132715

Note:

1. Those marked with "*" are compulsory courses for majors, and the rest are elective courses for majors;

2. Students of this major must elect 3 credits of major elective courses to graduate;

3. There are 2 credits in major elective courses for students to study independently For credits, students must take cross-professional courses or the "Yangzhou University Open Course" provided by the school to obtain credits.Innovation and entrepreneurship courses10501001Entrepreneurship and Employment Guidance for College Students2

√√√√

Compulsory17164030Foundations of Innovation1

√

Any 2 credits required17164031Training of Innovative Thinking1

√

17164032Guidance and Training of Scientific and Technological Innovation1

√

17164033Innovative Entrepreneurship and Practice1

√

17164034Innovation Entrepreneurship and Leadership1

√

Total4

Concentrated practice teaching4040

Public electives10

second classroom66

Total190.561.5