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Water Supply and Drainage Science and Engineering

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2021 Edition of the Training Program for Water Supply and Dr...

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I. Objectives of Professional Training

This major aims to cultivate individuals who are adaptable to China's new urbanization

construction and rural revitalization strategy, align with the needs of regional economic and

social development, achieve comprehensive development in morality, intelligence, physical

fitness, aesthetics, and labor skills. Students will acquire fundamental theoretical knowledge, engineering skills, and management methods related to the benign social circulation process

of urban water systems. They will possess the ability to collaborate in teams, innovate, and

engage in self-directed learning. Furthermore, they will uphold the core socialist values, demonstrate a sense of social responsibility and a concept of sustainable development, exhibit

humanistic qualities, professional ethics, and entrepreneurial awareness. Graduates will be

capable of engaging in design, construction, operation, management, and preliminary

research and development in areas such as water quality security, sewage treatment and

resource utilization, comprehensive water environment governance, building water supply

and drainage, smart water services, and engineering management. They will serve as

high-quality applied engineering and technical personnel in the field of water supply and

drainage science and engineering, as well as related industries. Within approximately five years after graduation, students of this major are expected to

achieve the following goals:

I. Embrace the core socialist values, uphold the concept of sustainable development, actively fulfill social responsibilities, possess a sound personality, and exhibit good

humanistic and social science literacy while adhering to professional ethics and engineering

ethical standards. II. Adapt to the development requirements of the water supply and drainage science and

engineering field, possess a comprehensive understanding of relevant professional

knowledge, engage in design, construction, operation, management, and preliminary

research and development in related fields, demonstrate the capacity for engineering and

technical leadership roles. III. Demonstrate strong teamwork spirit and effective communication skills, capable of

assuming team and management roles in water engineering project teams in areas such as

engineering planning, design, construction, operation, and management. IV. Possess a consciousness of innovation, entrepreneurship, self-directed learning, and

lifelong learning, continuously acquire and apply new theories, methods, technologies, and

equipment in the field of water supply and drainage science and engineering to address

complex engineering challenges. II. Basic Graduation Requirements

Graduates of this major should meet the following graduation requirements:

Embrace the leadership of the Communist Party of China, love the socialist

motherland, master Marxist, Mao Zedong Thought, and the theoretical system of socialism

with Chinese characteristics, possess correct worldviews, outlooks on life, values, abide by

laws and regulations, foster unity, cooperation, dedication to work, and a willingness to

contribute. 1. Engineering Knowledge:

Acquire mathematical, natural science, engineering fundamentals, and professional

knowledge to solve complex engineering problems in the field of water supply and

drainage science and engineering related to engineering planning, design, construction, operation, and management. 1.1 Master mathematical knowledge related to water supply and drainage science and

engineering to understand basic principles of the profession. 1.2 Apply physics, chemistry, biology, and other knowledge to describe and explain

important phenomena in complex water supply and drainage science and engineering

problems. 1.3 Utilize mechanics, engineering knowledge in engineering planning, design, construction, and operation management. 1.4 Apply professional knowledge in the field of water supply and drainage science and

engineering and engineering management to solve complex engineering problems in water

supply and drainage projects. 2. Problem Analysis:

Apply mathematical, natural science, engineering, and basic principles of water

supply and drainage science and engineering to identify and analyze complex problems in

the field. Propose feasible solutions through literature research to obtain effective

conclusions. Problem Analysis: Being able to apply the fundamental principles of

mathematics, natural sciences, engineering, and water supply and drainage science and

engineering, and through literature review, identify and analyze complex issues in water

supply and drainage science and engineering, propose feasible approaches to obtain

effective conclusions. 2.1 Capable of integrating the principles and methods of mathematics, natural sciences, engineering, and water supply and drainage science and engineering, possessing the ability

to identify, assess, analyze, and articulate complex engineering problems. 2.2 By consulting literature databases, standards, regulations, and manuals, comprehensively analyze complex engineering issues in water engineering planning, design, construction, and operation management, propose economical and effective strategies to

obtain practical solutions and conclusions. 3. Design/Development of Solutions:

Capable of proposing effective and rational design solutions for complex issues in the

field of water supply and drainage science and engineering, designing systems, process

flows, or process units that meet specific requirements, demonstrating innovation in the

design process, and considering the impact of factors such as societal, health, safety, legal, cultural, and environmental aspects. 3.1 Proficient in the analysis and design methods of units or process flows, developing

rational solutions based on the specific requirements of water supply and drainage science

and engineering, and meeting the specific needs of practical engineering projects. 3.2 Considering the impact of societal, health, safety, legal, cultural, and environmental

factors on solutions, and demonstrating a certain level of innovation in the design process. 4. Research:

Capable of designing experiments, acquiring, analyzing, and interpreting data, and

deriving rational and effective conclusions for complex issues in water supply and

drainage science and engineering based on the fundamental principles of the discipline.

4.1 Proficient in utilizing the fundamental principles of natural science and engineering, mastering methods and skills for engineering basic experimental design, testing, and

detection, designing experiments based on engineering problems, selecting appropriate

research platforms, correctly applying analytical testing and detection methods, conducting

scientific experiments accurately, and collecting, analyzing, and interpreting experimental

data correctly. 4.2 When addressing complex water supply and drainage engineering issues, able to

comprehensively analyze data using the fundamental principles of water supply and

drainage science and scientific methods to arrive at valid conclusions. 5. Utilization of Modern Tools:

Capable of developing, selecting, and utilizing appropriate technologies, resources, modern engineering tools, and information technology tools for addressing complex issues

in water supply and drainage science and engineering. Proficient in applying

mathematical, engineering, and management models and methods for the simulation, analysis, prediction, and optimization of complex engineering problems, while

understanding their limitations. 5.1 Mastery of the usage methods of modern engineering tools, information technology

tools, engineering technologies, and resources, and the ability to make rational selections of

modern tools based on complex engineering problems. Proficiency in the fundamental

methods of engineering technology and modern engineering tool development. 5.2 Ability to apply technical, engineering, economic, and management models and

methods for the development, selection, and utilization of modern tools in simulation, analysis, prediction, and optimization to address complex engineering problems. Capable of

understanding the limitations associated with these tools. 6. Engineering and Society: Capable of conducting rational analysis and evaluation, based on the background knowledge of water supply and drainage science and

engineering, of the impact of professional engineering practices and solutions to complex

engineering problems on society, health, safety, law, and culture, and understanding the

responsibilities that need to be assumed. 6.1 Able to utilize knowledge of water engineering-related laws and regulations, industry policies, technical standards systems, etc., to rationally analyze and evaluate the

impact of solutions to complex water supply and drainage engineering problems on society, health, safety, law, and culture. 6.2 Capable of understanding the responsibilities that needed to be assumed throughout

the entire process of implementing engineering solutions. Environment and Sustainable

Development:

7. Environment and Sustainable

Development: Possessing an awareness of harmonious development between humans

and nature, environmental protection knowledge, and adhering to the concept of social

sustainable development. Capable of understanding and evaluating the impact of

engineering practices in solving complex engineering problems on social, environmental, and economic sustainable development. 7.1 Understanding the essence and significance of the environment and sustainable

development, and being able to evaluate the impact of water engineering practices on the

environment and nature. 7.2 Using professional knowledge to analyze and evaluate the impact of water

engineering practices on social, environmental, and economic sustainable development. 8. Professional Ethics:

Upholding the core socialist values, possessing humanistic and social science literacy, and a sense of social responsibility. Being able to understand and adhere to professional

ethical norms and engineering ethical principles in engineering practice within the

profession, and fulfill responsibilities. 8.1 Practicing the core socialist values, possessing humanistic literacy and legal

awareness, and consciously complying with them in water engineering practice. 8.2 Understanding the engineer's responsibility for the safety, health, welfare of the

public, and environmental protection, and being able to adhere to professional ethical norms

and engineering ethical principles, and conscientiously fulfill responsibilities. 9. Individual and Team:

Being able to take on roles as an individual, team member, and leader in a

multidisciplinary team, possessing strong collaborative spirit and some organizational

management skills. 9.1 Understanding the inherent connections among various disciplines in the field of

water engineering, having team awareness and collaborative spirit, and correctly

understanding one's role and responsibilities within the team. 9.2 Having a sense of responsibility as a leader and organizational management skills in

a multidisciplinary team. 10. Communication:

Being able to effectively communicate and interact with industry peers and the

general public on complex issues in the field of water science and engineering, including

writing reports and design documents, creating drawings, making presentations, and

responding to instructions. Having proficiency in a foreign language, possessing listening, speaking, reading, and writing abilities, and having an international perspective to

communicate and interact in a cross-cultural context. 10.1 Addressing complex issues in water science and engineering through design

drawings, design documents, research reports, presentations, etc., for professional

communication. Being able to correctly understand the relationship between water science

and engineering and various disciplines, while providing clear and accurate responses to

queries from industry peers and the general public. 10.2 Mastering a foreign language, understanding international trends and research

advancements in urban and rural water engineering fields. Being able to comprehend and

respect the impact of different cultural backgrounds on engineering practices and effectively

communicate and interact in a cross-cultural context. 11. Project Management:

Understanding and mastering the principles of water engineering project

management and economic decision-making methods, and being able to apply them in a

multidisciplinary environment. Possessing a certain level of organizational and

management skills. 11.1 Mastering the principles and methods of engineering management, operations

management, and economic decision-making related to water engineering. 11.2 Being able to apply the principles and methods of engineering management, operations management, and economic decision-making in water engineering practices

within a multidisciplinary context, and having the ability to organize and manage

engineering projects effectively. 12. Continuous Learning:

Having a sense of self-directed and lifelong learning, and the ability to continuously

learn and adapt to one's own developmental needs. 12.1 Recognizing the importance of self-directed learning and staying updated with new

knowledge. Having a sense of self-directed learning, understanding avenues and methods for

expanding knowledge and enhancing skills.

12.2 Possessing the ability for self-directed and lifelong learning, being able to integrate

industry developments with personal developmental needs, and continuously learning and

adapting to both societal and personal growth. III Special Features

1 Aligning with the forefront of the new urbanization, focusing on the integration of

industry and education, cultivating applied talents with equal emphasis on design and

management. 2 Aligning with the national rural revitalization strategy, focusing on "urban-rural water

supply integration," and cultivating high-quality applied talents in the field of urban

construction. IV. Main Discipline

Civil Engineering

V. Core Courses  Water Resources Utilization and Protection

 Water Supply and Drainage Network Systems (Part One)  Water Supply and Drainage Network Systems (Part Two)  Building Water Supply and Drainage Engineering

 Water Quality Engineering (Part One)  Water Quality Engineering (Part Two)  Water Engineering Construction

 Basics of Water Treatment Equipment  Instrumentation and Control of Water Supply and Drainage Engineering

VI. Key Practical Teaching Components  Major Professional Experiments: University Physics Experiment, Water

Analysis Chemistry Experiment, Water Treatment Biology Experiment, Hydraulics Experiment, Water Quality Engineering Experiment.  Major Professional Internships and Training: Introductory Internship, Electrical and Electronic Training A, Surveying Internship, Metalworking

Internship, Production Internship, Graduation Internship.  Major Professional Course Design (Thesis): Pump and Pumping Station

Course Design, Building Water Supply and Drainage Engineering Course

Design, Water Supply Network Systems Course Design, Drainage Network

Systems Course Design, Water Treatment Course Design, Wastewater

Treatment Course Design, Water Engineering Economics and Budgeting

Course Design, Graduation Comprehensive Training. VII. Duration and Degree Conferment

Standard Duration: 4 years, with a study period of 3-6 years; for those who meet the

requirements of the "Regulations on the Conferring of Bachelor's Degrees by Hunan City

College," a Bachelor of Engineering degree will be conferred. VIII. Graduation Credit Requirements

The minimum credit requirement for graduation in this major is 230 credits, with the

graduation comprehensive training requirement being: Pass.

IX. Talent Development Program Schedule

Note: The comprehensive graduation training refers to the graduation project. Students are required to

choose one of the following directions: urban water supply, urban drainage, or building water supply

and drainage engineering, to complete their graduation project. For water supply and drainage

directions, students need to complete the design of pipeline networks and water treatment plants. In the

building water supply and drainage direction, the focus is on the design of building water supply

systems, building drainage systems, building fire protection systems, building hot water systems, and

other related system

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9123311031 Ideology, Morality, and

LawGovernance 90 48 42 3 9124311041 Outline of Modern and

Contemporary Chinese History 90 48 42 3

9054311011 College English (1） 75 40 35 2.5 9054311021 College English (2) 105 56 49

9051111050 Application writing 45 32 13 1.5 9131311010 Mental Health Education for

College Students 45 32 13

9132311020 Military Theory for College

Students 60 36 24 2 9163311010 Foundation of Innovation and

Entrepreneurship 45 32 13

9063311011 Basic Computer Skills for

College Students 45 32 13 1.5 9063311021 Computer Language（C

Language）

90 32 58 3

9103811010 University Sports and Health

(1） 45 32 13 1.5 9103811020 University Sports and Health

(2） 45 32 13

9092112011 Advanced MathematicsA

（1）

135 72 63 4.5 9092112021 Advanced MathematicsA（2） 150 80 70 5

9112112111 Engineering drawing 75 40 35 2.5 9065112011 University PhysicsA（1） 90 48 42 3

9021312371 General Chemistry 60 32 28 2 9021312381 Organic Chemistry 45 24 21 1

9021112010

Introduction to Water Supply

and Drainage Science and

Engineering

60 16 44 2 9125111050 Situation and Policy (2） 15 8 7

9125111050 Situation and Policy (1） 15 8 7 0.5 9021324170 AutoCADBasics 45 32 13

9122311030 Entrance education and

military training 120 96 24 4 9141315010 Social practice and volunteer

service 30 16 14 1

9123315010 Labor 30 16 14 1 795 440 355

855 500 355 28.5

Second year

one

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Course code Course Name

Total

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hours

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Course code Course Name

Total

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9121311011 Basic Principles of Marxism 90 48 42 3 9122311021

Introduction to Mao Zedong

Thought and the Theoretical

System of Socialism with

Chinese Characteristics

150 80 70 5

9054311031 University English Expansion

Series Course (1） 45 24 21 1.5 9125111050 Situation and Policy（4） 15 8 7

9103811030 University Sports and Health

(3）

30 20 10 1 9054311041 University English Expansion

Series Course (2)

45 24 21

9092112051 Linear Algebra 60 32 28 2 9151311010

Career Development and

Employment Guidance for

College Students (1）

30 20 10 1

9065212030 University Physics

Experiment 45 16 29 1.5 9103811040 University Sports and Health (4) 30 20 10 1

9065112021 University PhysicsA（2） 90 48 42 3 9092112061 Probability Theory and

Mathematical Statistics

75 40 35 2

9021312391 Physical Chemistry 60 32 28 2 9021312401 Water Analytical Chemistry 75 48 27

9061312300 Electrical and Electronic

Engineering 60 32 28 2 9021112361 Hydrology and Hydrogeology 60 32 28 2

9034112101 Engineering Mechanics 90 40 50 3 9021312041 Pumps and pump stations 60 32 28 2

9021312021 Hydraulics 90 56 34 3 9021112410 Civil engineering foundation 60 24 36 2

9024312821 Engineering Surveying 60 32 28 2 9021113431 Utilization and Protection of

Water Resources 60 32 28 2

9161715010 Electronic Electrical

TrainingA

60 32 28 2 9021615470 Internship 60 32 28 2

9024715810 Measurement internship 60 32 28 2 9021415250 Pump and Pump Station Course

Design 60 32 28 2

9125111050 Situation and Policy (3) 15 8 7 0.5 780 424 356 2

855 452 403 28.5

Third year

one

stu

Per

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Course

code Course Name

Total

credit

hours

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credit

hours

Self�study

credit

hours

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code Course Name

Total

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9021113081

Water Supply and Drainage

Pipeline Network System

(1）

90 48 42 3 9151311020

Career Development and

Employment Guidance for

College Students (2)

30 18 12 1

9021113091 Water Supply and Drainage

Pipeline Network System (2)

90 48 42 3 9021213140 Water Quality Engineering

Experiment 45 16 29

9021313101 Building Water Supply and

Drainage Engineering 90 48 42 3 9021113111 Water Quality Engineering(1) 90 40 50 3

9021324190

Basic Computer Applications

in Water Supply and Drainage

Engineering (includingBIM)

60 32 28 2 9021113121 Water Quality Engineering(2) 90 40 50 3

9021312051 Water Treatment Biology 75 48 27 2.5 9021113130 Water engineering construction 60 32 28 2

9021824210

Interpretation and

Application of Water Supply

and Drainage Design

Standards

30 16 14 1 9021113440 Water engineering equipment

foundation 60 32 28 2

9021415260 Building Water Supply and

Drainage Course Design 120 64 56 4 9021112421 Water Engineering Economics

and Budgeting 60 32 28 2

9021415270 Water Supply Pipeline

Network Course Design 120 64 56 4 9021415300

Water Treatment Course Design

(Including Practical Training in

Water Supply Plant

Engineering)

120 64 56 4

9031415280 Drainage Pipe Network

Course Design 120 64 56 4 9021415310

Sewage Treatment Course

Design (Including Practical

Training in Sewage Plant

Engineering)

120 64 56 4

9128311071

Introduction to Xi Jinping's

Thought on Socialism with

Chinese Characteristics for a

New Era

90 48 42 3 9021415480

Water Engineering Economics

and Budgeting Course

Design

60 32 28 2

885 480 405 29.5 735 370 365

Fourth year

one

Course

code Course Name

Total

study

hours

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credit

hours

Self�study

credit

hours

credit

The

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code Course Name

Total

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credit

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9021113160 Water Supply and Drainage

Engineering Instruments and

Control

45 24 21 1.5 9021515350 Graduation Comprehensive

Training

780 416 364 2

9041124010 Project Management 45 24 21 1.5 Graduate education 60 32 28 2

9021113200 Professional English 30 16 14 1 840 448 392 2

9021824430

Water Engineering

Operations and Smart

Management

45 32 13 1.5

9021715450 Metalworking internship 120 64 56 4

9021615440 Production internship 480 256 224 16

9021615340 Graduation internship 120 64 56 4

885 480 405 29.5

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