1, material physics.
Material physics mainly studies the composition, structure and physical properties of materials and their applications in various fields, including semiconductor materials, information functional materials, superelastic materials and microelectronic devices. The information storage function of materials is applied to DVD discs, the thermoelectric characteristics of ceramic materials are applied to thermistors, and the conductive characteristics of semiconductor materials are applied to integrated circuits.
This major trains high-quality innovative senior professionals with all-round development in morality, intelligence and physique, with basic knowledge of material science and specialized knowledge of material physics, who can engage in scientific research, technology and product development, material selection, production and management in the fields of material design, synthesis, modification, processing, testing, analysis and application.
2. Polymer materials and engineering.
Polymer materials and engineering mainly study the basic knowledge and skills of composition, structure, performance, preparation and processing application of polymer materials (such as rubber, fiber, plastic, etc.), synthesize polymer materials for industrial production, process rubber materials for vehicle tires, and make baby diapers with super absorbent resin materials.
This major trains engineering application-oriented talents with all-round development in morality, intelligence and physique, with basic knowledge of materials science and engineering and professional knowledge of polymer materials and engineering, who can engage in scientific research, technology and product development, process and equipment design, material selection, production and management in the fields of polymer materials synthesis, modification, processing and application.
3. Optoelectronic information materials and devices.
This major focuses on students' learning of the basic knowledge of optoelectronic chip preparation, such as chip preparation, semiconductor physics, semiconductor device principle and so on. , is an engineering and technical talent who can engage in engineering design, technology development, production technology management and scientific research in communication, energy, information, materials, environmental protection, biological engineering, light industry, military industry and other departments.
Pay attention to the training of basic theory and knowledge of natural science, professional technology and cultural quality education, consolidate the basic theory and knowledge of photoelectric information science and engineering, and systematically master the basic methods and technologies such as design and preparation of photoelectric materials and devices, structural performance analysis of photoelectric materials and devices.
Have the knowledge and ability to carry out basic theoretical research of photoelectric information science and engineering, design and preparation of materials and devices, optimization of device performance, development of new materials and new processes, etc.