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 Control，Computer –aided Design of Dies, Materials Analysis and Testing, Testing Technology of Materials Molding, etc. .    6.Course Plan:    Common Essential Courses

Humane, social science and economics courses

Subject Essential Compulsory Courses

Subject Essential Elective Courses

Major Platform Courses

Compulsory Courses of Various Major Orientations    Compulsory of Orientation A

Compulsory of Orientation B

Elective Courses of Various Major Orientations

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

Humane, social science and economics courses

Subject Essential Compulsory Courses

Subject Essential Elective Courses

Major Platform Courses

Compulsory Courses of Various Major Orientations    Compulsory of Orientation A

Compulsory of Orientation B

Elective Courses of Various Major Orientations

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

Humane, social science and economics courses

Subject Essential Compulsory Courses

Subject Essential Elective Courses

Major Platform Courses

Compulsory Courses of Various Major Orientations    Compulsory of Orientation A

Compulsory of Orientation B

Elective Courses of Various Major Orientations

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

Humane, social science and economics courses

Subject Essential Compulsory Courses

Subject Essential Elective Courses

Major Platform Courses

Compulsory Courses of Various Major Orientations    Compulsory of Orientation A

Compulsory of Orientation B

Compulsory of Orientation C

   Elective Courses of Various Major Orientations