Energy and Power Engineering-湖南大学机械与运载工程学院

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Energy and Power Engineering

2019-07-10

I. Educational Objectives

This program aims at the cultivation of excellent professionals with accomplishment on science, engineering and humanities, fundamental knowledge in the related areas of energy and power engineering such as thermal power engineering and power machinery engineering,abilities of research and application, engineering practice, organization and coordination, consciousness of innovation and open mind. The graduates will be qualified for design, manufacture, scientific development, application research and operations management related to the areas of energy and power.

II. Skills Profile

Students of this degree will require:

1. Engineering Knowledge: An ability to apply knowledge of mathematics, natural science, engineering fundamentals and engineering specialization to solving complex energy and power engineering problems;

2. Problem Analysis: Anability to identify, formulate and analyze theenergy and power engineering problems to reach substantiated conclusions using principles of mathematics and natural science;

3. Design/development of Solution: An ability to design solutions for complex energy and power engineering problems and design energy and power system, components or processes that meet specified needs with appropriate considerations of laws, health, safety, culture and society issues;

4. Investigation: An ability to investigate energy and power using research-based knowledge and research methods to provide valid conclusions via the process of experimental design, data analysis and interpretation, and information synthesis;

5. Modern Tool Usage: An ability to create, select and apply appropriate techniques, resources, modern engineering tools and IT tools in energy and power engineering practice and understand the limitations;

6. The Engineering and Society: An ability to rationalize and assess societal, health, safety, legal and cultural issues and the consequent responsibilities involving energy and power engineering practice and solutions to energy and power engineering problems by contextual knowledge;

7. Environment and Sustainability: An ability to understand and evaluate the impact of professional engineering work on sustainability of society and environment;

8. Ethics: Qualities of humanistic and social science, sense of social responsibility and engineering professional ethics;

9. Individual and Team Work: An ability to function effectively as an individual, and as a member or leader in diverse and multi-disciplinary teams;

10. Communication: An ability to communicate effectively with the engineering community and general public on complex engineering activities at home and abroad, such as being able to comprehend and write effective reports, design documentations, make effective presentations, and give and receive clear instructions;

11. Project Management:An ability to understand and apply engineering management principles and economic decision-making to managing projects as a member or leader in a multi-disciplinary team;

12. Lifelong Learning: An ability to recognize the need and prepare for independent and life-long learning in the broadest context of technological change.

III. Program Features

Following the developing tendency of energy and power area and the requirements for professionals of energy and power engineering; Cultivatinggood qualities of humanities, science, engineering and capability of integrating theory with practice; Emphasizing the cultivation of professional abilities of heat transfer and mass transfer, highlighting the Energy and Power Engineering and its integration with both Mechanical Engineering and Vehicle Engineering;optimizing curriculum systems and courses, improving teaching methods, Strengthening the building of practice base and engineering application; Exploring the cultivating mode of innovative talents; Emphasizing the cultivation of research and engineering ability, forming the teaching features of power machinery, thermal energy equipment, exploring and using new energy and so on.

IV. Length of Schooling, Graduation Requirement, and Degree Awarded

1. The length of schooling usually lasts 4 years, but flexibly 3-6 years based on the credit system.

2. The required minimum credits for this program is 165, which are distributed as follows:

Category	Credit
General Education Courses	27+(6)
Core Courses in General Discipline	26
Core Courses in General Category	33
Core Courses in Specialty	16
Elective Coursesin Specialty	21
Elective CoursesinGeneral Education	8
Intensive Practicum	34
Total	165

3. The students will be qualified for graduation when they finish all required courses,elective courses and practices specified in this program to get the required minimumcredits,complete other required courses without credits,and qualified in virtue, wisdom and health. Those who satisfy the above requirements will be awarded Bachelor of Engineering

V. Curriculum and Credit Distribution

1. General Education Courses (27+8 credits)

The general courses consist of two parts: compulsory courses and elective courses. The latter is to be fulfilled in accordance with “The Implementation Scheme of the general Elective Courses (cultural quality education) of Hunan University”. The general courses are as follows:

Code	Course	Credit	Note
GE01101	General Introduction to Mao Zedong Thought and Socialist Theory with Chinese Characteristics	3 + (3)
GE01039	Morals & Ethics & Fundamentals of Law	1.5 + (1.5)
GE01100	Current Affairs and Policy	0.5+ (1.5)
GE01102	Survey of Modern Chinese History	2
GE01103	Basic Theory of Marxism (Ⅰ)	2
GE01104	Basic Theory of Marxism (Ⅱ)	2
GE01012	English（1）	2
GE01013	English（2）	2
GE01014	English（3）	2
GE01015	English（4）	2
GE01088	Basic Computer Skills Test	0.5
GE01095	Introduction to ComputerTechnology and Programming (C module)	2.5
GE01101	Psychological Diathesis and Career Development	1
GE01089	Physical Education（1）	1
GE01090	Physical Education（2）	1
GE01091	Physical Education（3）	1
GE01092	Physical Education（4）	1
	Electives in Cultural and Quality Education	8

2. Core Courses in General Discipline (26 credits)

Code	Course	Credit	Note
GE03025	Advanced Mathematics A (Ⅰ)	5
GE03026	Advanced Mathematics A (Ⅱ)	5
GE03003	Linear Algebra A	3
GE03004	Probability and Mathematical Statistics A	3
GE03005	Physics A (Ⅰ)	3
GE03006	Physics A (Ⅱ)	3
GE03007(8)	Physics Experiments A	2
ME03001	Engineering Chemistry	2

3. Core Courses in General Category (33 credits)

Code	Course	Credit	Note
ME04017	Mechanical Engineering Graphics（1）	3
ME04018	Mechanical Engineering Graphics（2）	3
EP04010	Mechanical Principles A	3
EP04011	Mechanical Design A	3
EP04012	Theoretical Mechanics A	3
EP04013	Material Mechanics A	3
EP04014	Fluid Mechanics	3
EP04015	Engineering Thermodynamics	4
EP04016	Engineering Heat Transmission A	3
ME04019	Engineering Materials	2
ME04026	Electrotechnics and Electronics	3

4. Core Courses in Specialty (16 credits)

Code	Course	Credit	Note
EP05008	Energy and Power Equipment	3
EP05009	Power Machinery Manufacturing Technology	3
EP05010	CombustionTheory	3
EP05011	Thermal Energy and Power Engineering Testing Technology	3
EP05012	Principles of Internal Combustion Engine	4

5. Elective Courses in Specialty（21 credits）

Code	Course	Credit	Note
EP06020	Introduction to Energy and Power Discipline	1	The students are required to select courses to21 credits, or transdisciplinarystudies with the same credits. The awards in academic competitions and academic paper publications which are recognized by the college, can be used to substitute the credits of elective courses in specialty . The maximum number of substituted credits is four. The measures for the implementations refer to relevant documents of the college.
ME04027	The Basis of Control Engineering	2
ME06092	Engineering Numerical Method	2
EP06021	Emission and Control of Thermal Energy and Power Equipment	2
EP06022	Engine Laboratory Science	2
EP06003	Electronic Control of Engine	2
EP06023	Engine Numerical Developing Technology	2
EP06024	Internal Combustion Engine Noise and Vibration Control	2
EP06025	Matching Technology of Power System	2
EP06026	Automobile Chassis Construction	2
EP06027	New Energy Science and Technology	2
EP06001	Pump and Air Machine	2
ME06077	Solar Energy Utilization Technology	2
EP06028	New Energy Power Technology	2
EP06029	Energy Economics	2
EP06015	Automatic Control System of Thermal Engineering	2
EP06030	Refrigeration Compressor	2
EP06018	Principles of Refrigeration and Equipment	2
EP06006	Principles of Heat Exchanger and Equipment	2

6. Intensive Practicum (34 credits)

Code	Courses	Credit	Note
GE01040	Military Training, Military Affairs, National Defense and Entrance Education	0
GE09003	Chinese Writing Training	1
GE09011	English Writing Training	1
GE09010	Metal Working Practice A	4
GE09021	Electrical and Electronic Engineering Practice B	2
ME10034	Application Practice of Software of Surveying & Mapping Engineering	1
ME10009	Curriculum Design of Mechanical Principles	1
ME10033	Curriculum Design of Mechanical Design	3
ME10005	Comprehensive Experiment for Mechatronic Control	1
EP10017	Disassembly and Assembly Practice	1
EP10003	Curriculum Design of Manufacturing Technology of Power Machinery	1
EP10001	Curriculum Design of Majors of Energy and Power Engineering	2
EP10018	Production Practice	2
EP10019	Graduate Internship	1
EP10020	GraduateThesis(Design)	13

VI.CorrelationMatrix betweenCurriculum andGraduatesCoreCompetence

Category

Course

Engineering Knowledge

Problem Analysis

Design/development of Solution

Investigation

Modern Tool Usage

The Engineering and Society

Environment and Sustainability

Ethics

Individual and Team Work

Communication

Project Management

Lifelong Learning

General Required Courses

General Introduction to Mao Zedong Thought and Socialist Theory with Chinese Characteristics

Morals & Ethics & Fundamentals of Law

Current Affairs and Policy

Survey of Modern Chinese History

Basic Theory of Marxism (Ⅰ)

Basic Theory of Marxism (Ⅱ)

English

Basic Computer Skills Test

Introduction to ComputerTechnology and Programming (C module)

Psychological Diathesis and Career Development

Physical Education

General Elective Courses

Electives inCultural and Quality Education (generalelective courses)

Core Courses in General Discipline

Advanced Mathematics A

Linear Algebra A

Probability and Mathematical Statistics A

Physics A

Physics Experiments A

Engineering Chemistry

Core Courses in General Category

Mechanical Engineering Graphics

Mechanical Principles A

Mechanical Design A

Theoretical Mechanics A

Material Mechanics A

Fluid Mechanics

Engineering Thermodynamics

Engineering Heat Transmission A

Engineering Materials

Electrotechnics and Electronics

Specialized Core Courses

Energy and Power Equipment

Power Machinery Manufacturing Technology

CombustionTheory

Thermal Energy and Power Engineering Testing Technology

Principles of Internal Combustion Engine

Elective Courses

Intensive Practicum

Military Training

Chinese Writing Training

English Writing Training

Metal Working Practice A

Electrical & Electronic Engineering Practice B

Application Practice of Software of Surveying & Mapping Engineering

Curriculum Design of Mechanical Principles

Curriculum Design of Mechanical Design

Comprehensive Experiment for Mechatronic Control

Disassembly and Assembly Practice

Curriculum Design of Manufacturing Technology of Power Machinery

Curriculum Design of Majors of Energy and Power Engineering

Production Practice

Graduate Internship

Graduate Design (Thesis)

Note: (1) The teaching activities in this table include: curriculum, practice and training, etc.;

(2) The correlation between curriculum and graduates core competence is ranked by “H (high)”, “M (medium)” and “L (low)”.

VII. Curriculum-responsible Teachers

No.	Name	Position	Degree	Specialties	Specialized Courses (Core courses, elective courses and general elective courses)
1	Gong, Jinke	Professor	Doctor	Automobile Emission	Emission and Control of Thermal Energy and Power Equipment、Comprehensive Curriculum Design of Power Machinery
2	Liu, Jingping	Professor	Doctor	Internal Combustion EngineCAE	Engine Numerical Developing Technology Matching Technology of Power System
3	Yang, Jing	Professor	Master	Internal Combustion Engine Design	Principles of Internal Combustion Engine Power Machine Integrated Course Design
4	Ren, Chengqin	Professor	Doctor	Refrigeration and Air-conditioning Heat and Mass Transfer	Principles of Refrigeration and Equipment Principles of Heat Exchanger and Equipment Heat Transmission
5	E, Jiaqiang	Associate Professor	Doctor	Intelligent Control Heat and Mass Transfer	Thermal Energy and Power Engineering Testing Technology Engineering Thermodynamics Introduction to Energy and Power Discipline
6	Deng, Yuanwang	Associate Professor	Doctor	Hybrid Power Heat and Mass Transfer	Hybrid Power Fundamentals Energy Economics Engineering Heat Transmission
7	Zhu, Hao	Associate Professor	Doctor	Automotive Electronics New Energy	Electronic Control of Engine Energy and Power Machine Manufacture Technology
8	Yang, Xiaolong	Associate Professor	Doctor	Automobile Emission CFD	Fluid Mechanics
9	Tan, Ligang	Associate Professor	Doctor	Automobile Emission Heat and Mass Transfer	Engineering Heat Transmission A Pump and Air Machine
10	Chen, Zheng	Associate Professor	Doctor	New Energy Heat and Mass Transfer	CombustionTheory Engineering Thermodynamics Internal Combustion Engine Noise and Vibration Control
11	Wang, Shuhui	Assistant Professor	Doctor	Internal Combustion Engine Design New Energy	Energy and Power Equipment Energy and Power Machine Manufacture Technology Curriculum Design of Manufacturing Technology of Power Machinery Solar Energy Utilization Technology
12	Cai, Hao	Assistant Professor	Doctor	Automobile Emission Internal Combustion Engine Design	Engineering Thermodynamics Thermal Autocontrol System
13	Huang, Weidi	Assistant Professor	Doctor	Internal Combustion Engine Design	An Introduction to Energy Science Thermal Autocontrol System
14	Liu, Yun	Senior Engineer	Master	Internal Combustion Engine Testing	Dismantlement Practice Engine Experiments
15	Chen, Jingwei	Assistant Professor	Doctor	New Energy Utilization	Solar Energy Utilization Technology Heat Transmission
16	Fu, Jianqin	Assistant Professor	Doctor	Internal Combustion EngineCAE	Engine Numerical Developing Technology Power Machine Structure

VIII. Program-responsible Professor

No.

Name

Position

Degree

Specialties

Specialized Courses

Liu, Jingping

Professor

Doctor

Internal Combustion EngineCAE

Engine Numerical Developing Technology

Matching Technology of Power System