Main courses: engineering chemistry and physical chemistry, foundation of materials science, foundation of materials engineering, modern research methods of materials, principle and application of microcomputer, and application of computer in materials science.
Major 1: material engineering
Training objectives: to train students to have basic knowledge and comprehensive application ability in the fields of metal material engineering and surface engineering; Master the basic theories and methods of material research, design, development, preparation, processing, heat treatment and engineering application, and be able to engage in scientific research and teaching, technical development, technical transformation, process equipment design, production and operation management in the fields of material preparation, molding, material structure and performance test and analysis, so as to adapt to the development of socialist market economy.
Specialized courses: material science, heat treatment principle and technology, surface engineering, material properties, metal corrosion and protection, failure analysis, inorganic materials science, composite materials science, polymer materials science, etc.
Specialty direction 2: polymer material engineering
Training objectives: to train students to have basic knowledge and comprehensive application ability in the field of polymer materials engineering; Master the basic theories and methods of material research, design, development, preparation, processing, modification and engineering application, and be able to engage in scientific research and teaching, technical development, technical transformation, process and equipment design, production and management in the fields of polymer material preparation, molding, material structure and performance test and analysis. To adapt to the development of socialist market economy.
Specialized courses: organic chemistry, polymer physics, polymer chemistry, polymer materials science, polymer material molding principle, plastic molding technology, plastic molding mold, etc.
Specialty direction 3: electronic materials and components
Training objective: To train students to have a solid theoretical foundation, experimental ability and professional knowledge in the cross fields of materials science and engineering, electronic science and technology, and to engage in the research and development of electronic materials, functional components and their applied electronic technologies in this field.
Specialized courses: solid physics, dielectric physics, preparation technology and technology of electronic materials, semiconductor physics, introduction to electronic components, introduction to electronic materials, testing technology of electronic materials and components.
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