College of Materials Science and Engineering FUZHOU UNIVERSITY
chinese

Program Information

According to the guiding ideology of "strengthen basic knowledge, broaden the field of knowledge, focusing on practical skills, to enhance capacity-building and creative spirit", the students study the scientific and engineering problems on the field of metal materials, inorganic non-metallic materials and functional materials.

The objectives of this program are to cultivate students with the technology and engineering knowledge of metal and inorganic materials, the program will ensure the students are capable of undertaking works of science research, technique and appliance design, manufacturing process management in the field of materials preparation, processing and structural analysis. The Students are being trained to study the basic theories of materials science and engineering, and grasp the relationship among preparation, compositions, microstructure, properties and performance of materials.

(1) Well-knitted fundamental knowledge of natural science, humanity, culture, society and art, as well as good ability of applying native language and word managing power of expressing oneself.

(2) The well extended fundamental knowledge and theory of this major, which includes material science, material design, material analysis, mechanics, electrotechnics and electronics, systematic courses on computer science, market economy and enterprise management.

(3) The ability of calculation, testing, reference searching and fundamental process manipulation, as well as good command of computer and foreign language.

(4) Typical knowledge required by a special field of study.

(5) Generally high quality, characterized by a strong ability of self-study and innovation.

Courses

 

First Semester (First Year)

Course Title

Credit

Hours

An Introduction to Information Technology

2

40

College English (1)

3

48

Higher Mathematics B (part 1)

5

80

Engineering Drawing D

3.5

56

Military Training

1.5

General Chemistry (b)

2.5

40

Experiments in General Chemistry (b)

0.5

12

Moral Cultivation and Introduction of Law

2

32

Physical Education A

1

24

Introduction to Materials Science and Engineering

1

16

Career Planning and Management of College Students

0

16

The Outline of Chinese Modern and Contemporary History

1.5

24



Second Semester (First Year)

Course Title

Credit

Hours

University Physics (part 1)

3

48

Experiments of University Physics(part 1)

1.5

36

College English (2)

3

48

Higher Mathematics B (part 2)

5.5

88

Engineering Mechanics B

3

48

Mechanical Manufacturing Engineering Training A

2

Basic Organic Chemistry

3

48

Experiments of Basic Organic Chemistry

1

Military Theory Curriculum

1.5

36

A Guide to Classical Works of Political and Ideological Theory

2.5

40

Physical Education B

1

24

Mental Health Education for College Students

0

16


Third Semester (Second Year)

Course Title

Credit

Hours

C Programming Language

4

64

Fundamentals of Mechanical Design A

4

64

University Physics (part 2)

3.5

56

Experiments of University Physics (part 2)

1

24

College English (3)

3

48

The Conspectus of Mao Zhedong Thought Den Xiaoping Theory and The

Important Thought of Three Represents (part 1)

2

32

Cognition Practice

1.5

Physical Education C

1

24

Physical Chemistry (c)

4

64

Experiments in Physical Chemistry (c)

1

24

Linear Algebra

2

32

Situation and Policy A

1

16

Beyond English

1

16



Forth Semester (Second Year)

Course Title

Credit

Hours

A Practical Course of Ideology and Politics

2

Fundamentals of Materials Science

6

96

Basic Experiments of Materials Science

0.5

Fundamentals of Transfer

2.5

40

College English (4)

3

48

Electrical Engineering A(1)

3

48

Experiment of Electrical Engineering (a1)

0.5

12

Probability and Statistics

3

48

The Basic Principles of Marxism

2

32

The Conspectus of Mao Zhedong Thought Den Xiaoping Theory and The Important Thought of Three Represents (part 2)

2

32

Physical Education D

1

24

Situation and Policy B

1

16


Fifth Semester (Third Year)

Course Title

Credit

Hours

Semiconductor Physics

2

32

Mechanical Properties of Materials

2

32

Physical Properties of Materials

2

32

Experiments of Material Properties

2

Materials Preparation and Processing

5

80

Experiments of Materials Preparation and Processing

2

Fundamentals of Elasticity and Plasticity

2.5

40

Electrical Engineering A(2)

3

48

Experiment of Electrical Engineering (a2)

1

24

Foundation of Polymer Materials

1.5

24

Polymeric Chemistry

3.5

56

Experiments of Polymer Chemistry

1.5

36

Physical Chemistry of Silicate

2

32

Welding Metallurgy

2

32

Basic of Quantum Mechanics and Solid State Physics

3.5

56

Principles and Technology of Heat Treatment

4

64

Thin Films and Film Technology

2

32



Sixth Semester (Third Year)

Course Title

Credit

Hours

Application and Materials of Semiconductor Lighting

2

32

Analysis Method of Materials

4.5

72

Materials Corrosion and Protection

2

32

Experiments in Characterization and Analysis of Materials Structure

1.5

The Employment and Entrepreneurship Guidance for College Students

0

16

Vocation Guidance for College Students

0

16

Fundamentals of Arc Welding

2

32

Electrical Engineering Practice

2

Principles of Electronic Materials and Devices

3

48

Powder Preparation Science and Technology

2

32

Polymeric Materials

2

32

Polymeric Molding and Processing

2.5

40

Polymeric Physics

3.5

56

Experiments of Polymeric Physics

1.5

36

Engineering Materials

3

48

Functional Polymeric Materials

2

32

Measurement and Control of Welding Process

2

32

Introduction to Computational Materials Science

1.5

24

Analytical Techniques for Polymeric Materials

2

32

Ceramics Processing

3

48

Special Ceramics

2

32

Introduction to Factories Design of Inorganic Nonmetal Materials

2

32

Productive Equipments and Design of Inorganic Nonmetal Materials

2

32

Modern Solidification Theories and Applications

2

32



Seventh Semester (Forth Year)

Course Title

Credit

Hours

Glass Technology

2

32

Principle of Materials Forming

3

48

Material Forming and Controlling

4

64

Measurement and Control Of material Forming Process

1.5

24

Electronic Packaging Materials and Processing

2

32

Principles and Technology of Powder Metallurgy

1

16

Testing and Evaluation of Welding Flaws

1

16

Polymeric Composites

2

32

Course Design

2

Processing and Protection of Stone Materials

2.5

40

Technology of Cement and Concrete

3

48

Plastic Forming Mould Design

2

32

Coatings and Adhesives

2

32

Literature Search and Specialized English

1.5

24

New Energy Materials

2

32

New Materials for Building Decoration

2

32

A Series of Experts Lectures

1

16

Professional Comprehensive Experiment

2



Eighth Semester (Forth Year)

Course Title

Credit

Hours

Graduation Thesis

15

Graduation Practice

2