School of Material Science and Engineering


   Materials Molding and Control Engineering        Course Program    1.Training Targets    The targets are to provide the engineers and technicians who can make the research, design, manufacturing and promotion in the field ofMaterials Molding, Machining Technology, Design andManufacturing ofDevices.    2. Major Features and Training Requirements    The Undergraduates of the major will study the Materials Molding, Basic Theory and Skills of Processing,Welding, Forging, Casting, Powder Metallurgy, Molding Technology and Control Technology, etc. After the Graduation, the students should:    (1) do the research and management of molding Machining Technology in the mechanical and instrumental fields.    (2) do the physical and chemical testing and work in central labs,    (3) do the new molding Machiningtechnology, the design and development of new equipment in the institutes    (4) do the teaching and research in the universities.    3. Major Orientations    A. Welding;B. Dies    4.Main Subjects Materials Science and Engineering    5.Main Courses    Advanced Mathematics, Foreign Language, Engineering Drawing, Essentials of Mechanical Design, Theory of Electric Engineering, Essentials of Materials Molding, Materials Molding Equipment and ControlComputer –aided Design of Dies, Materials Analysis and Testing, Testing Technology of Materials Molding, etc. .    6.Course Plan:    Common Essential Courses

0701A05S Advanced Mathematics(2)
0701A10S Linear Algebra (II)
0701A11S Probability Theory and Mathematical Statistics
7101A01S Foreign Language
5301A09S C Language Programming
0202A01S College Chemistry
0703A12S College Physics(2)
0708A01S Physics Lab
7302A01S Physical Education

Humane, social science and economics courses

7201B01S Building of Morality and Law Essentials
7201B03S Principles of Marxism
7201B02S Outlines ofChinaModern History
7201B04S Theories of Mao,Deng and Jiang
0601B51S Essentials of Business Management
0601B52S Introduction to Tech-economics
1601B01S Military Theory
9201B01S Undergraduates Health Education
9201B02S Guide to Undergraduates Employment

Subject Essential Compulsory Courses

0201C01S Major Chairs
0105C07S Mechanical Drawings
1503C02S Engineering Mechanics
0203C21S Physical Chemistry
0106C13S Metal Technology Study (Cold)
0303C05S Electric Engineering Theory
0106C03S Mechanical Principles
0106C23S Mechanical Design
0101C43S Mechanical Precision Design and Measurement
0201C02S Transmission Principles
0201C03S Microcomputer Principles and Application in Material Molding
0201C04S Materials Molding Basics
0201C05S Engineering Materials
0201C06S Hydraulic Transmission Principles and Equipment

Subject Essential Elective Courses

0201C07S Materials Molding Process & Numerical Simulation Tech.of Strructure Reliability
0201C08S Operation and Application of UG
0201C09S Laser MachiningTechnology and Application
0201C10S Materials Breakage Analysis
0204C10S Foundation of Materialsls Science (Bilingural)

Major Platform Courses

0201D01S Materials Molding Equipment and Control
0201D02S CAD of Dies
0201D03S Materials Analysis Testing
0201D04S Testing Tech. of Materials Molding
0201D05S Mechanics Performances

Compulsory Courses of Various Major Orientations    Compulsory of Orientation A

0201E01S Welding Metallurgy and Weldability of Metals
0201E02S Welding Structure
0201E03S Welding Methods
0201E04S Welding Inspection

Compulsory of Orientation B

0201E05S Plastic Molding Principles
0201E06S Plastic Molding Technology of Metals and Dies Design
0201E07S Plastic Molding Technology and Dies Design
0201E08S Numerical Control Machining Technology of Dies

Elective Courses of Various Major Orientations

0201E09S Manufacturing of Welding Structure
0201E10S Modern Surface Engineering Technology
0201E11S Database Technology and Application in Materials Molding
0201E12S Operation and Application of PRO/E
0201E13S Design of Press-casting Dies
0201E14S Robots for Welding
0201E15S English Language in Major
0201E16S Dies Manufacturing Tech.
0201E17S Electronic Encase Materials and Technology
0201E18S Micro-electronic Encase, Assembly Reliability and Testing
0201E19S Dies Materials and Heat Treatment
0201E20S Computer-aided WeldingTechnology
0201E21S Numerical Simulation Technology of Welding Process
0201E22S Inverse Engineering Design
0201E23S Fast Molding Dies Technology
0201E24S Economic Analysis of Dies Technology
0201E25S Surface Behaviors of Materials Linking Process

Macromolecular Materials & Engineering     Course Program    1.Training Targets    The targets are to cultivate the students who master the essential theory of the performances, composition, property variation, processing and application of macromolecular materials. They should be able to use the computer software and Foreign Language, and to develop the dielectricmaterials.    2.Major Features and Training Requirements    The major is particular in the teaching and research of the new insulation materials and macromolecular-based composite materials. TheUndergraduates ofMacromolecular MaterialsandEng.will mainly study the theory ofMacromolecular Chemistry, Macromolecular Physics, and Engineering Dielectric Materials; the relationshipbetween the composition, structure and performances of the macromolecular materials; theessential theories ofprocessing technology of macromolecular materials molding;The students after Graduation should    (1) master the composition and property variation methods of macromolecular materials.    (2) masterthe relationshipbetween the composition, structure and performances of the macromolecular materials;    (3) have the basic knowledge inRheology of Polymers procssing,Molding Machining Technology, and Design of the Plastic Dies;    (4) masterthecomposition methodsofInsulation Materials, and Performances Testing;    (5) master the methods ofdesign structure of macromolecular materials, new type ofmacromolecular materials and products;    (6) have the knowledge in Electric andElectronic Technology, Computer Application;    (7) do the economic analysis and management of the development and processing MacromolecularMaterials.    3.Major Orientations A Common Macromolecular Materials;B Insulation Materials    4.Main Subjects    Materials Science and Engineering    5.Main Courses    Macromolecular Chemistry, Macromolecular Physics,Rheology of Polymers, Polymer Processing Principles, Composite Materials, FunctionalPolymers, Research Methods of Macromolecular Materials.        6.Course Plan:    Common Essential Courses

0701A05S Advanced Mathematics(2)
0701A10S Linear Algebra (II)
0701A11S Probability Theory and Mathematical Statistics
7101A01S Foreign Language
5301A09S C Language Programming
7103A12S College Physics(2)
7101A08S Physics Lab
7302A01S Physical Education

Humane, social science and economics courses

7201B01S Building of Morality and Law Essentials
7201B03S Principles of Marxism
7201B02S Outlines ofChinaModern History
7201B04S Theories of Mao,Deng and Jiang
0601B51S Essentials of Business Management
0601B52S Introduction to Tech-economics
1601B01S Military Theory
9201B01S Undergraduates Health Education
9201B02S Guide to Undergraduates Employment

Subject Essential Compulsory Courses

0105C11S Mechanical Drawings
1503C04S Engineering Mechanics
0204C01S Inorganic Chemistry
0204C02S Analysis Chemistry
0204C03S Organic Chemistry
0104C44S Thermal Engineering
0303C06S Electric Engineering Theory
0204C04S Physical Chemistry
0204C05S Macromolecular Chemistry
0204C06S Macromolecular Physics
0254C01S Lab of Organic Chemistry
0204C07S Rheology of Polymers
0204C08S Dielectric Physics
0204C09S CAD of ChemicalEng.
0204C10S Foundation of Material Science and Engineering(Bilingural)
0204C11S Major Chairs

Subject Essential Elective Courses

0204C12S Manufacturing of Fiber and Cables
0204C13S Thermotolerant Polymers and Fireproof Materials
0204C14S Macromolecular Materials Testing Methods
0204C15S Power Cables
0204C17S Introduction to Nanometre Materials

Major Platform Courses

0204D01S Processing Principles of Polymers
0204D02S Research Methods of Macromolecular Material
0204D03S Composite Materials
0204D04S Functional Polymers

Compulsory Courses of Various Major Orientations    Compulsory of Orientation A

0204E01S Polymer Composition Tech.
0204E02S Plastic Molding Dies Design
0204E03S Processing Technology of Polymers

Compulsory of Orientation B

0204E04S Technology Principles of Insulation Materials
0204E05S Electric Insulation Testing Technology
0204E06S Cables Materials

Elective Courses of Various Major Orientations

0204E07S Recent Development of Dielectric Materials
0204E08S New-typed Functional Macromolecular Materials
0204E09S Processing Technology Development of Polymers
0204E10S Application of Modern Analysis Technology in Polymers
0204E11S Development ofPolyimideNanometre-Materials Research
0204E12S Foreign Language in Major
0204E13S New Technology of Polymer Composition

Metallic Material Engineering    Course Program    1.Training Targets    The targets are to cultivate the students who master the essential theory of the Metallic Materials Science and Engineering, make the scientific research, technical development, technology and equipment design and production and management,etc. in the field of metallurgy, research and analysis of materials structure, preparation of metallic materials and composite materials,and metallic materials molding.    2.Major Features and Training Requirements    The students of the major study the fundamental theory of Materials Science, master the composition, organization, structure, production technology of metallic materials and Composite Materials, and the relationship between the environment and performances. By means of synthetic alloy design and technology design,the performances, quality and life time of the materials are improve. They can develop new materials and Technology. The students after Graduation should    (1) master the composition and property variation methods of macromolecular materials.    (2) masterthe relationshipbetween the composition, structure and performances of the macromolecular materials;    (3) have the basic knowledge inRheology of Polymers procssing,Molding Machining Technology, and Design of the Plastic Dies;    (4) masterthecomposition methodsofInsulation Materials, and Performances Testing;    (5) master the methods ofdesign structure of macromolecular materials, new type ofmacromolecular materials and products;    (6) have the knowledge in Electric andElectronic Technology, Computer Application;    (7) do the economic analysis and management of the development and processing Macromolecular Materials.    3.Major Orientations    A. Metallic Materials Engineering;B. Metallic Materials Science    4.Main Subjects    Materials Science and Engineering    5.Main Courses    Metals and Heat Treatment Principles; Mechanic Performances of Materials; AnalysisTechnology of Materials; Metallic Materials; TechnologyandEquipment of Materials Molding and Processing; Thermodynamics of Materials    6.Course Plan:    Common Essential Courses

0701A05S Advanced Mathematics (2)
0701A10S Linear Algebra (II)
0701A11S Probability Theory and Mathematical Statistics
0701A01S Foreign Language
5301A09S C Language Programming
0202A01S College Chemistry
0703A12S College Physics(2)
0708A01S Physics Lab
7302A01S Physical Education

Humane, social science and economics courses

7201B01S Building of Morality and Law Essentials
7201B03S Principles of Marxism
7201B02S Outlines ofChinaModern History
7201B04S Theories of Mao,Deng and Jiang
0601B51S Essentials of Business Management
0601B52S Introduction to Tech-economics
1601B01S Military Theory
9201B01S Undergraduates Health Education
9201B02S Guide to Undergraduates Employment

Subject Essential Compulsory Courses

0105C07S Mechanical Drawings
1503C02S Engineering Mechanics
0203C21S Physical Chemistry
0106C03S Mechanical Principles
0303C05S Electric Engineering Theory
0106C23S Mechanical Design
0401C64S Principles & Appl. of Micro-computers
0101C43S Mechanical Precision Design and Measurement
0106C44S Foundation of Mechanical Manufacturing
0202C01S Principles of Metals
0202C02S Principles of Heat Treatment
0202C03S Transmission Principles
0202C04S Metallurgical Principles
0202C05S Metallic Materials
0202C06S Chair

Subject Essential Elective Courses

0202C07S Foreign Language in Major
0202C08S Modern Metallographic Phases
0202C09S Metallic Corrosion and Protection
0202C10S Foundation of Nanometre Materials
0202C11S Sculpture Materials
0204C10S Foundation of Materials Science(Bilingural)

Major Platform Courses

0202D01S Metallic Mechanic Performances
0202D02S Materials Analysis Technology
0202D03S Heat Machining Measurement Techniques
0202D04S Theory of Cast Formation
0202D05S CAD of Dies

Compulsory Courses of Various Major Orientations    Compulsory of Orientation A

0202E01S Alloys and Melting
0202E02S Liquid Molding Technology
0202E03S Mechatronic Molding

Compulsory of Orientation B

0202E04S Composite Materials
0202E05S Functional Materials
0202E06S Physical Performances of Metals

Elective Courses of Various Major Orientations

0202E08S Computer Application in Materials Science
0202E09S Special Casting
0202E10S Invalidation Analysis
0202E11S Ceramic Technology
0202E12S Materials Molding Process Control
0202E13S Special Alloys
0202E14S Materials Surface Engineering
0202E15S Electronic Encase Materials
0202E16S High Temperature Alloy
0202E17S Fast Solidification Technology
0202E18S Principles and Technology Foundation of Semi-solid Molding
0202E19S Design of Casting Workshop
0202E20S Hydraulic and Pneumatic Principles
0202E21S Foundation of Materials Rheology
0202E22S Technology and Application of Self-spreading

Inorganic Non-metallic Materials    Course Program    1.Training Targets    The targets are to cultivate the students who have the knowledge in theInorganic Non-metallic Materials and the Composite Materials Science and Engineering. They willmake the research, technical development, design of technology and equipment, production and management in the fields of theStructure Research and Analysis of Inorganic Non-metallic Materials, Preparation of Materials, Materials Molding, and Processing.    2.Major Features and Training Requirements    The Undergraduates ofInorganic Non-metallic Materialswill mainly study the production process of the Inorganic Non-metallic and Composite Materials, the fundemental theory, composition, stucture, and properties of the technology and equipment. The students should perform the material testing, the design ofproduction process, property change of the materials and develop the new products and technology. It puts the emphasis on the engineering training and increasing the students’ practice abilities.The students after Graduation should    (1) have a good foundation in thefundemental theory ofInorganic Non-metallic Materials and Materials composition.    (2) master the thefundemental theory of industrialproduction process and equipment.    (3) have basic principles and technology basics of the preparation of materials.    (4) have the basic knowledge in mechanical, electrical and micro-computers.    (5) have the abilities in products production, quality control and management.    (6) have the abilities in selecting the materials and equipment and implement the industrial design.    (7) improve the properties of the materials and develop the new materials andTechnology    (8) implement the optimization of engineering.    3.Major Orientations    A.Special Ceramic Materials;B.Photoelectric Information Materials;C.Ecologic and Environmental Materials        4. Main Subjects    Materials Science and Engineering    5.Main Courses    Physical Chemistry, Scientific Foundation of Inorganic Materials, Testing and Research Methods, Powder Engineering, Thermal Engineering Process and Equipment, Technology of Inorganic Materials(Including Silicate and Composite Materials)    6.Course Plan:    Common Essential Courses

0701A05S Advanced Mathematics (2)
0701A10S Linear Algebra (II)
0701A11S Probability Theory and Mathematical Statistics
7101A01S Foreign Language
5301A09S C Language Programming
0703A12S College Physics(2)
0203A01S Inorganic Chemistry
0708A01S Physics Lab
7302A01S Physical Education

Humane, social science and economics courses

7201B01S Building of Morality and Law Essentials
7201B03S Principles of Marxism
7201B02S Outlines ofChinaModern History
7201B04S Theories of Mao,Deng and Jiang
0601B51S Essentials of Business Management
0601B52S Introduction to Tech-economics
1601B01S Military Theory
9201B01S Undergraduates Health Education
9201B02S Guide to Undergraduates Employment

Subject Essential Compulsory Courses

0203C16S Major Chairs
0105C11S Engineering Drawing
0106C35S Mechanical Design Foundation
1503C04S Engineering Mechanics
0203C01S Analysis Chemistry
0203C02S Organic Chemistry
0203C03S Transmission Principles
0303C06S Electric Engineering Theory
0202C17S Foundation of Solid Physics
0203C04S Physical Chemistry
0203C05S Powder Engineering
0203C06S Inorganic Materials Science Foundation
0203C07S Physical Performances of Inorganic Materials
0203C08S Crystallography
0203C09S Test Methods of Inorganic Non-metallic Materials
0204C10S Materials Science Foundation(Bilingural)

Subject Essential Elective Courses

0203C11S Computer Application in Materials Science
0203C12S Macromolecular Materials Foundation
0203C14S Laser Physical
0203C13S Ferrelectric Physics
0203C15S Semiconductor Physics

Major Platform Courses

0203D01S Inorganic Non-metallic Materials Technology
0203D02S Inorganic Non-metallic Materials Factory Design
0203D03S Inorganic Non-metallic Materials Production Equipment
0203D04S Composite Materials
0253D02S Lab of Inorganic Materials Technology

Compulsory Courses of Various Major Orientations    Compulsory of Orientation A

0203E01S Special Ceramic Technology
0203E02S Functional Ceramics
0203E03S Nanometre Materials

Compulsory of Orientation B

0203E04S Manufacturing and Testing Technology of Optical Fiber Cables
0203E05S Electronic Materials
0203E06S Film Technology and Materials
0203E07S ArtificialCrystals

Compulsory of Orientation C

0203E08S Environmental Materials
0203E09S Biologic Materials
0203E10S Fire-retardant Materials and Fire-retardant Tech.

   Elective Courses of Various Major Orientations

0203E11S New-typed Carbon Materials
0203E12S Optical Fiber Communication Technology
0203E13S Functional Macromolecular Materials
0203E14S Special Glasses
0203E16S Functional Materials Architecture
0203E17S Smart Materials
0203E18S Information Materials
0203E19S Gemology
0203E20S Gem Processing
0203E21S Foreign Language in Major

Previous:School of Mechanical and Power Engineering
Next:School of Art