Undergraduate Program for Energy and Power Engineering of Jiangsu University-江苏大学能源与动力工程学院

能源与动力工程专业留学本科生培养方案及课程计划

Undergraduate Program for Energy and Power Engineering of Jiangsu University

Length of Schooling

Four years of basic schooling; three to eight years of flexible study; bachelor of engineering.

Key Courses

The key courses throughout 4 years are listed as follows:

Engineering Mechanics	Theory and Design of Machines and Mechanisms
Advanced Mathematics	College Physics
Linear Algebra	Probability and Statistics
Engineering Chemistry	Engineering Graphics
Heat Transfer	Fluid Mechanics
Electrotechnics and Electronics	Engineering thermodynamics
Fundamental Control of Energy and Power Engineering	Experimental Techniques for Fluid Machinery
Principles of Fluid Machinery	Numerical Simulation of the Internal Flow in Impeller Pump
Fundamentals of Pump Strength Calculation	Design of Fluid Machinery

Objectives

This major cultivates talents with scientific humanistic quality, professional ethics, innovative spirit and practical ability with international vision, and master the basic theories and professional knowledge in the field of energy and power engineering. They have the ability of analyzing and solving problems, scientific thinking, teamwork, communication and constant learning. The trained talents are qualified for energy and power engineering and related fields of product development, engineering design, system operation and project management and other engineering technologies.

Requirements

1.Good grounding in both humanities and arts, and natural science, especially quality in humanities and arts;

2.A broad understanding of basic technical theory in energy and power engineering, including Engineering Mechanics, Theory and Design of Machines and Mechanisms, Electrotechnics and Electronics，Fluid Mechanics，Fundamental Control of Energy and Power Engineering

3.Having a good knowledge of fluid machinery, understanding the front and trend of development in this field;

4.Skills in drafting, calculating, test, investigating and study, literature searching, process and operating;

5.Ability to learn and use computers to solve problems in engineering;

Good quality of self-learning, analysis and innovative thinking.

Type A Courses (core courses)

No.	School	Name of Course	Term	Credit	Total Hours	Theory Hours	Practice Hours	Required Elective
1	Overseas Education College	Orientation Education	1	1	16	16		Required
2	Overseas Education College	Overview of China	1	4	80	64	16	Required
3	School of Foreign Languages	Intercultural Communication	1	2	56	40	16	Required
4	Library	Information Retrieval	2	1	16	16		Required
5	Language and Culture Center	Comprehensive Chinese-Ⅰ	1	4	112	64	48	Required
6	Language and Culture Center	Comprehensive Chinese-II	2	4	112	64	48	Required
7	Language and Culture Center	Comprehensive Chinese-Ⅲ	3	4	112	64	48	Required
8	Language and Culture Center	Comprehensive Chinese-IV	4	4	112	64	48	Required
9	School of energy and power engineering	Speciality Chinese-I	4	2	48	32	16	Required
10	School of Mechanical Engineering/ School of energy and power engineering	Speciality Chinese-II	5	2	48	32	16	Required
11	School of Computer Science and Communication Engineering	Fundamental to Programming	2	3	64	32	32	Required
12	School of Science	Advanced Mathematics A-I	1	5	80	80		Required
13	School of Science	Advanced Mathematics A-II	2	5	80	80		Required
14	School of Science	Linear Algebra	2	2	32	32		Required
15	School of Science	Probability and Statistics	3	3	48	48		Required
16	School of Science	College Physics A-I	2	3.5	56	56		Required
17	School of Science	College Physics A-II	3	3.5	56	56		Required
18	School of Science	College Physics Experiment A-I	2	1	32		32	Required
19	School of Science	College Physics Experiment A-II	3	0.5	16		16	Required
20	School of Chemistry &Chemical Engineering	Engineering Chemistry	1	2	34	30	4	Required
		Total A		56.5

Type B Courses (professional courses)

No.	School	Name of Course	Term	Credit	Total Hours	Theory Hours	Practice Hours	Required Elective
1	School of Mechanical Engineering	Engineering Graphics A(I)	1	3.5	56	56		Required
2	School of Mechanical Engineering	Engineering Graphics A(II)	2	3.5	64	48	16	Required
3	School of civil engineering and mechanics	Engineering Mechanics A(I)	3	4	64	64		Required
4	School of civil engineering and mechanics	Engineering Mechanics A(II)	4	3.5	56	56		Required
5	School of civil engineering and mechanics	Engineering Mechanics Experiment	4	0.5	16		16	Required
6	School of Mechanical Engineering	Theory and Design of Machines and Mechanisms A(I)	3	3	48	48		Required
7	School of Mechanical Engineering	Theory and Design of Machines and Mechanisms A(II)	4	3	48	48		Required
8	School of Mechanical Engineering	Theory and Design of Machines and Mechanisms	4	0.5	16		16	Required
9	School of Electrical Information Engineering	Electrotechnics & Electronics A(I)	4	3	48	40	8	Required
10	School of energy and power engineering	Fluid Dynamics	4	3	48	48		Required
11	School of energy and power engineering	Major Introduction of Fluid Machinery	4	1	16	16		Required
12	School of Electrical Information Engineering	Electrotechnics & Electronics A(II)	5	3	48	40	8	Required
13	School of energy and power engineering	Engineering Thermodynamics	5	3	48	44	4	Required
14	School of energy and power engineering	Heat Transfer	6	3	48	44	4	Required
15	School of energy and power engineering	Principles of Fluid Machinery	5	2	32	32		Required
16	School of energy and power engineering	Experimental Techniques for Fluid Machinery	5	2	32	28	4	Required
17	School of energy and power engineering	Fundamental Control of Energy and Power Engineering	5	2	32	32		Required
18	School of energy and power engineering	Intelligent control of fluid machinery	6	2	32	32		Required
19	School of energy and power engineering	Numerical Simulation of the Internal Flow in Impeller Pump	6	2	32	16	16	Required
20	School of energy and power engineering	Fundamentals of Pump Strength Calculation	7	2	32	26	6	Required
21	School of energy and power engineering	Design of Fluid Machinery	7	2	32	32		Required
22	School of energy and power engineering	Comutaional Fluid Dynamic with Applicatins to Engineerings		2	32	26	6	Elective
23	School of energy and power engineering	Numerical Computation of Thermal Fluid		2	32	26	6	Elective
24	School of energy and power engineering	Foundation of Mechanical Vibration		2	32			Elective
25	School of energy and power engineering	Cavitation Fundamentals in Centrifugal Pumps		2	32			Elective
26	School of energy and power engineering	Hydro Energy Systems		2	32			Elective
27	School of energy and power engineering	Foundation of Mechanical Optimal Design	7	2	32	26	6	Elective
		Total B		57.5

Type C Courses：Elective 25 Credits

No.	School	Name of Course	Term	Credit	Total Hours	Theory Hours	Practice Hours	Required Elective
1	Online courses	Leadership and Innovation	2-7	1	24	24		Elective
2	School of management	Theory and Case of Technology Innovation Management	2-7	1	24	24		Elective
3	School of Finance and Economics	Introduction to Economics	2-7	1	24	24		Elective
4	School of law/ Intellectual Property Center	Intellectual Property Theory and Practice	2-7	1	24	24		Elective
5	School of Arts / language and Culture Center	Translation and Dissemination of Chinese Classics	2-7	1	24	24		Elective
6	School of Arts / language and Culture Center	The Grand Canal Culture	2-7	1	24	24		Elective
7	School of art	Appreciation of Chinese and Western Gardens	2-7	1	24	24		Elective
8	School of foreign languages	The Art of Drinking Chinese Tea	2-7	1	24	24		Elective
9	School of foreign languages	The Chinese Tai Chi	2-7	1	24	24		Elective
10	School of law	The Legal Environment of China's Business	2-7	1	24	24		Elective
11	School of Arts / School of foreign languages / School of Arts	Chinese Music Appreciation	2-7	1	24	24		Elective
12	School of Arts / School of foreign languages / School of Arts	Chinese Movie and TV Programs Appreciation	2-7	1	24	24		Elective
13	School of foreign languages	Critical Thinking	2-7	1	24	24		Elective
14	School of Teacher Education	Trends and Issues in International and Comparative Education	2-7	1	24	24		Elective
15	School of medicine	Diet and Health	2-7	1	24	24		Elective
16	School of foreign languages	Mass Comunication and New Media	2-7	1	24	24		Elective
17	International talent college one belt, one road	The "Belt and Road" Digital Innovation Workshop on Industrial Energy Saving	2-7	1	24	24		Elective
18	International talent college one belt, one road	Industrial Non-destructive Innovation and Entrepreneurship Training	2-7	1	24	24		Elective
19	School of energy and power engineering	Unsteady Flow Theory in the Pump	6	2	32	32		Elective
20	School of energy and power engineering	Three-dimensional Modeling of Fluid Machinery	6	2	32	16		Elective
21	School of energy and power engineering	Frontier Technology of Fluid Microflow	6	2	32	32		Elective
22	School of energy and power engineering	Modern Pump Design	7	2	32	32		Elective
23	School of energy and power engineering	Advanced measurement and analysis methods for complex flows	7	2	32	28		Elective
24	School of energy and power engineering	Vibration and Noise of Centrifugal Pump	7	2	32	32		Elective
25	School of energy and power engineering	Sealing Technology	7	1	16	16		Elective
26	School of energy and power engineering	Frontier Technology of Fluid Machinery	7	1	16	16		Elective
		Total C		23

Type D Courses: Practice

No.	Name of Course	Term	Credit	Total Hours	Remark
1	Basic Engineering Training I	2	1	1周	Required
2	Basic Engineering Training II	3	4	4周	Required
3	Basic Engineering Training III	4	2	2周	Required
4	Course Design for Engineering Graphics	2	1	1周	Required
5	Integrated Course Design for Mechanical Design I	3	1	1周	Required
6	Integrated Course Design for Mechanical Design II	4	2	2周	Required
7	Specialty Production Practice for Energy and Power Engineering	6	3	3周	Required
8	Fluid Machinery Construction and Principle	7	3	1周	Required
9	Testing Technology Fluid Machinery	7	2	2周	Required
10	Fluid Machinery Integrated Technical Practice	7	4	6周	Required
11	Graduation Design (Thesis)	8	14	16周	Required
	Total D		37

The Allocation of Credits and course ( Attachment Ⅱ )

Remark:

Minimum Credits Required：

For required courses: 116

For elective courses: 23

For practical training: 37

Total：176

curriculum for undergraduate program-.xls