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Industrial Engineering
2019-07-10

I.Educational Objectives

This Program aims at the cultivation of senior interdisciplinary talents inindustrial engineering field, who have knowledge of science, engineering, management and humanities,be good atorganizing, coordinating and communicating, have awareness of innovation and global vision; and who, with a sound foundation of industrial engineering fundamental knowledge, astrong ability of research, application and engineering practice; are qualified to undertake the work of analysis, planning,design, operation and management in industrial engineering and relative field.

II.Graduate Outcomes

Students of this degree will require:

1.Engineering Knowledge: An ability to apply knowledge of mathematics, natural science,management,engineering fundamentals and engineering specialization to analyze and solve complex engineering problems of the efficiency, quality, cost and environmental friendly management of the production (service) system ;

2.Problem Analysis: An ability to identify, formulate, analyze and research literature of complex engineering problems reaching substantiated conclusions using first principles of mathematics, natural sciences, management, and economics;

3.Design/development of solutions: An ability to design solutions for complex problems of analysis, planning,design, operation and management in production (service) system with appropriate considerations of legal, public health, safety, cultural, societal, and environmental issues;

4.Investigation: An ability to investigate complex engineering problems using scientific principles and scientific methods to provide valid conclusions via the process of experiment design, data analysis and interpretation, and information synthesis;

5.Modern Tool Usage: An ability to create, select and apply appropriate techniques, resources, and modern engineering and IT tools to industrial engineering practice, with an understanding of the limitations;

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

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

8.Ethics: Knowledge of humanities and social sciences, a sense of social responsibility and professional ethics;

9. Individual and Team work: An ability to function effectively in diverse and multi-disciplinary teams;

10.Communication: An ability to communicate effectively with the engineering community and general public on engineeringproblems, such as being able to comprehend and write effective reports, design documentations, make effective presentations, and give and receive clear instructions, witha global vision, can do communicationin the multicultural context;

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

12.Lifelong Learning: An ability to recognize the need and prepare for independent and life-long learning, and to learn and adjust to development.

III.Program Features

Industrial engineering is a comprehensive, practical discipline. This education scheme focus on the combination of theory teaching and practice training, the establishment of students practical ability training system,vigorously promoting theresearch-basedstudy and practice innovation,especially pay attention to the practice teaching, which would help students to master the systematic thought and methods, as well as the ability to solve practical engineering problems.

IV. Length of Schooling, Graduation Requirements and Degree Awarded

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

2. The minimum credits for the program are 165, which are distributed as follows:

Category

Credit

General Education Courses

27+(6)

Core Courses in General Discipline

26

Core Courses in General Category

29

Core Courses in Specialty

20

Elective Coursesin Specialty

20

Elective CoursesinGeneral Education

8

Intensive Practicum

35

Total

165

3. The students will graduate when they finish all required courses, elective courses and practice which specified in this program to get the required minimum credits, and 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: required courses and elective courses. The general elective courses are to be fulfilled in accordance with “The Implementation Scheme of the General elective courses (cultural and quality education) of Hunan University”. Disciplinary General Education 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 Computer Technology 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

GE01082

Physical Education（4）

1

Electives in Cultural and Quality Education (common elective courses)

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 Mathematics Statistic 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 (29 credits)

Code

Course

Credit

Note

ME04028

Management

2

ME04029

Economics

3

ME04030

Operational Research

3

ME04017

Mechanical Engineering Graphics（1）

3

ME04018

Mechanical Engineering Graphics（2）

3

ME04031

Fundamentals of Machine Design

4

ME04020

Theoretical Mechanics

4

ME04021

Material Mechanics

4

ME04026

Electrotechnics and Electronics

3

4. Core Courses in Specialty (20 credits)

Code

Course

Credit

Note

ME05042

Production Management

2

ME05043

Fundamentals of Industrial Engineering

2

ME05044

System Engineering

2

ME05045

Engineering Statistics

2

ME05046

Modeling and Simulation of Production System

2

ME05047

Human Factors Engineering

2

ME05048

Quality Management & Reliability

2

ME05033

Mechanical Manufacturing Technology

4

ME05049

Management Information System

2

5. Elective Courses in Specialty (20 credits)

Code

Course

Credit

Note

ME06128

Facilities Planning and Logistics Analysis

2

The students are required to select courses to 20 credits,in which 10 credits can be fromtransdisciplinary studies.

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.

ME07013

Logistics & Supply Chain Management

2

ME06078

Introduction to Mechanical Engineering (Industrial)

1

ME07008

Engineering Economics

2

ME07007

Cost Control

2

ME06081

The Principle & Algorithm & System of Scheduling

2

ME06046

Theory and Application of Database

2

ME06082

Basic Accounting

2

ME04023

The Fundamentals of Thermodynamics

3

ME04019

Engineering Materials

2

ME05035

Fundamentals of Interchangeability andMeasurement Technology

2

ME06099

Professional English A

2

6. Intensive Practicum (35 credits)

Code

Course

Credit

Note

GE01040

Military Training

0

GE09003

Chinese Writing Training

1

GE09011

English Writing Training

1

GE09010

Metal Working Practice

4

GE09021

Electrical Engineering Practice

2

ME10012

Course Design of Computer Aided Design and Production Management

2

ME10007

Course Design of Mechanical Design

2

ME10034

Application for Software of Mapping & Engineering

1

ME10040

Course Design of Production System Modeling and Simulation

1.5

ME10041

Course Design of Facilities Planning and Logistics Analysis

2

ME10035

Course Design of Mechanical Manufacturing Technology

2

ME10042

Course Design of Industrial Engineering Design

1.5

ME10043

Manufacturing Practice

3

ME10037

Graduate Design (Thesis)

12

(1 week of Graduation Internship Included)

VI. CurriculumandProfessional Competency Profiles

Category

Course

EngineeringKnowledge

ProblemAnalysis

Design /Development of Solution

Investigation

ModernToolUsage

TheEngineering andSociety

Environment and Sustainability

Ethics

Individual andTeam work

Communication

ProjectManagement

LifelongLearning

General Education Courses

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

H

Morals & Ethics & Fundamentals of Law

L

H

Current Affairs and Policy

H

Survey of Modern Chinese History

H

Basic Theory of Marxism (Ⅰ)

H

H

Basic Theory of Marxism (Ⅱ)

H

H

English

M

H

Basic Computer Skills Test

M

H

M

Introduction to Computer Technology and Programming (C module)

M

H

M

Psychological Diathesis and Career Development

L

M

H

Physical Education

M

Elective Courses in General Education

Electives in Cultural and Quality Education (common elective courses)

H

M

M

Core Courses in General Discipline

Advanced Mathematics A

H

Linear Algebra A

H

M

Probability and Mathematics Statistic A

M

H

Physics A

H

Physics Experiments A

H

Engineering Chemistry

H

L

M

Core Courses in General Category

Management

H

M

H

Economics

H

M

M

Operational Research

H

H

M

H

Mechanical Engineering Graphics（1）（2）

H

H

L

Fundamentals of Machine Design

H

H

H

M

L

Theoretical Mechanics

H

Material Mechanics

H

Electrotechnics and Electronics

H

Core Courses in Specialty

Production Management

H

H

M

M

Fundamentals of Industrial Engineering

H

H

M

M

System Engineering

H

H

M

H

M

L

M

Engineering Statistics

H

M

M

M

Modeling and Simulation of Production System

H

M

M

M

Human Factors Engineering

H

M

M

M

Quality Management & Reliability

H

M

M

M

M

Mechanical Manufacturing Technology

H

H

M

Management Information System

H

M

Elective Courses

M

M

M

Intensive Practicum

Military Training

H

M

Chinese Writing Training

H

English Writing Training

H

Metal Working Practice

M

L

L

Electrical Engineering Practice

M

L

L

Course Design of Computer Aided Design and Production Management

H

H

M

M

L

Course Design of Mechanical Design

H

H

L

L

L

Application for Software of Mapping & Engineering

H

H

L

Course Design of Production System Modeling and Simulation

H

H

M

M

L

Course Design of Facilities Planning and Logistics Analysis

H

H

M

M

L

Course Design of Mechanical Manufacturing Technology

H

H

M

M

L

Course Design of Industrial Engineering Design

H

H

M

L

Engineering Internship

H

M

L

GraduateDesign (Thesis)

H

H

H

H

M

M

L

H

H

H

Note: (1)The teaching activities include: curriculum, practiceandtraining, etc.;

(2) The correlation between curriculum andprofessional competence is ranged by "H (high)", "M (medium)" and "L (low)".

VII. Curriculum-responsible Teachers

No.

Name

Title

Academic degree

Professional expertise

Course

1

Deng Qianwang

Professor

Doctor

Production system design and simulation, product development process management, system evaluation,informatization of manufacturing industry

System Engineering

2

Liu Jian

Professor

Doctor

Mechanical system status monitoring and fault diagnosis, equipment maintenance engineering, human factors engineering

Equipment maintenance management,Modeling and Simulation of Production System

3

Song Lijun

Professor

Doctor

design and control of Laser processing system

Professional English

4

Fan Ye

Associate Professor

PHD Candidate

Production planning and control, production cost control, logistics facilities and planning, project management, automotive technology and industrial development strategy

Production Management, Cost Control

5

Huang Xiangming

Associate Professor

Doctor

Precision Manufacturing Engineering & Manufacturing automation, logistics engineering

Human Factors Engineering,Facilities Planning and Logistics Analysis

6

Li Rong

Associate Professor

Doctor

Equipment maintenance and management, logistics engineering

Quality Management & Reliability,Logistics & Supply Chain Management

7

Ren Yinghui

Lecturer

Doctor

Cutting, grinding technology and CNC equipment, machinery manufacturing integrated automation, CAD / CAM, finite element analysis

Operation Principle & Application.Fundamentals of Industrial Engineering

8

Wei Haiying

Lecturer

PHD Candidate

Industrial engineering, vehicle technology and industrial development strategy

Engineering Economics, Engineering Statistics

9

Xia Baizhan

Lecturer

Doctor

intelligent Scheduling

The Principle & Algorithm & System of Scheduling, Professional English

10

Zhong Bo

Assistant Researcher

Master

Computer Science and Engineering

Management Information System,Theory and Application of Database

VIII. Program-responsible Professor

No.

Name

Title

Academic degree

Professional expertise

Course

1

Deng Qianwang

Professor

Doctor

Production system design and simulation, product development process management, system evaluation,informatization of manufacturing industry

System Engineering

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