Question 2: What are the majors of University Materials Department? Material chemistry, material physics, material forming and control, engineering materials science and engineering business administration, polymer materials and engineering materials, material physics, material chemical metallurgy engineering, metal materials engineering, inorganic nonmetal materials engineering, polymer materials and engineering, material science and engineering, composite materials and engineering, gem and material technology, polymer. Materials Processing Engineering Welding Technology and Engineering Powder Materials Science and Engineering Renewable Resources Science and Technology Rare Earth Engineering Materials Science and Engineering Industrial Design Materials Forming and Control Engineering Manufacturing Engineering Materials Forming and Control Engineering Polymer Materials and Engineering Materials and Forming Control Technology (Casting) Simulation Engineering Materials Product Quality Engineering Interior Decoration Technology Architectural Engineering Technical Problems: Is there a difference between the industrial design specialty of materials department and the industrial design specialty of mechanical department? Answer: It makes no difference. Some universities divide industrial design into industrial design departments.
Question 3: What are the professional branches in the materials? There are many directions, such as material structure and performance, material preparation and mechanism research, material surface and interface, application of new technologies in materials, electronic materials and devices, new energy materials and new energy-saving technologies, biomaterials, etc. Of course, the focus of each institution may change slightly according to its own research field, which depends on the requirements of your specific institution for the direction of interest. If your school chooses, you can choose within the scope stipulated by the school, but most of them choose the direction after the second interview. In terms of employment prospects, the starting salary of research assistants who do all materials-related work after graduation-research institutions or university laboratories do auxiliary work-is about 1000 yuan/month. Materials R&D engineer-the starting salary is generally 1000 ~ 5000 yuan/month to develop new materials or improve their performance. Device R&D Engineer-The starting salary for developing devices related to new materials is generally1000 ~ 5,000 yuan/month. Quality control engineer-performance testing of raw materials and products. The starting salary is generally 1000 ~ 1500 yuan/month. What kind of school to apply for, we must pay attention to, different schools have different research directions. Almost every university of technology has a college of materials, but each college has a different focus, and different majors or directions in the same college can be very different. Generally speaking, Xi Jiaotong University, Tsinghua University, China University of Science and Technology, Beijing University of Science and Technology, Huazhong University of Science and Technology, etc. Find a related major. There are two majors in material science: material physics and material chemistry (science major), focusing on the basic theory and technology of material science. Experts remind that the scientific research and development of materials need a solid physical and chemical foundation. The employment situation of different majors and directions is very different, so this "material" is not another "material" and cannot be generalized.
Question 4: What majors does the material include? 10 materials belong to engineering, including metal materials engineering, polymer materials and engineering, inorganic nonmetal materials engineering and other majors. Material science is a discipline that studies the relationship between material composition, structure, technology, performance and performance, and provides scientific basis for material design, manufacturing, process optimization and rational use.
The main courses of materials specialty are:
(1) Basic courses of engineering-advanced mathematics, general physics, linear algebra, etc.
(2) professional basic courses-physical chemistry, analytical chemistry, organic chemistry, etc. ; (3) Specialized courses-materials research methods, materials science foundation, materials engineering foundation, etc.
Question 5: What courses are there in materials science and engineering? Courses of materials science and engineering include:
Like other engineering majors, materials science and engineering majors will arrange the study of basic subjects in the first and second years of college, such as advanced mathematics, linear algebra, probability statistics and stochastic process, college English, C language, college physics, basic physics experiments and so on. , as well as social courses including * * * introduction to thought, * * * theory, political economy, legal basis, etc. In addition, due to professional relevance, courses related to material production equipment such as mechanical design foundation, mechanical drawing and electrotechnics will be offered.
In terms of professional courses, freshmen and sophomores will study professional basic platform courses, including inorganic chemistry, organic chemistry, physical chemistry, analytical chemistry, introduction to materials science and engineering, etc.
After entering the junior year, I will learn more professional knowledge, including material physical properties, material mechanics, materials engineering foundation, electrochemistry, mechanical properties of engineering materials, physical metallurgy principles, modern materials research technology and so on.
After that, you students majoring in materials are faced with the choice of professional direction. Such as metal and ceramic materials, electronic information materials and material design, material processing engineering and automation, material corrosion and protection, polymers and composite materials. The course arrangement is limited elective courses for each major plus interdisciplinary elective courses. Metal and ceramic materials are mainly high temperature alloys and their ceramic coating materials to improve the high temperature resistance of metals; The main contents of electronic information materials and design are information storage materials and their related calculation and simulation methods, mainly studying the electromagnetic characteristics of materials; Material processing and its automation are mainly new technologies of material processing. At present, laser cladding technology can process high-performance aviation materials. Corrosion and protection include electrochemistry and coating knowledge; Polymer and composite materials include polymer physics, polymer chemistry, composite materials and engineering plastics.
Professional limited courses are:
Major in metal and ceramic materials-metal functional materials, high-performance metal structural materials, physical chemistry of inorganic nonmetallic materials, and special ceramic materials;
Major in electronic information materials and material design ―― computational materials (information functional ceramic materials), semiconductor materials and devices, and quantum mechanics (introduction to solid state physics);
Material processing engineering and its automation specialty-computer measurement and control of material processing, advanced material processing engineering, material processing equipment and its automation;
Major in material corrosion and protection ―― material corrosion science and technology, material surface engineering and technology, coating and painting engineering;
Polymer and composite materials specialty-polymer-based composite materials and their molding technology, polymer materials, polymer material molding technology, organic chemistry B-2.
Specialized elective courses include: metal rapid solidification technology, film technology foundation, laser material processing, metal heat treatment, polymer film material, structural chemistry B, analytical chemistry B, material anticorrosion design and surface engineering, electrochemical testing technology, corrosion science and protection technology, advanced battery material, material simulation experiment technology, electrodeposition functional film material technology, introduction to clean production technology, polymer and composite material mold (CAD), composite material application technology, Chemical engineering foundation, functional polymer materials, adhesives, instrumental analysis foundation, nondestructive testing, failure analysis, metal forming theory, interface chemistry, light alloy theory foundation and application.
I hope I can help you! thank you
Question 6: What material science major should be divided into for postgraduate entrance examination? If you want to fill in the college entrance examination, there should be no material science major. The college entrance examination can choose metal material engineering, material forming and control engineering, inorganic nonmetallic materials, polymer materials, material physics and material chemistry.
If you want to read materials, universities such as University of Science and Technology Beijing, Shanghai Jiaotong University and Harbin Institute of Technology are all good.
As for scores, you should check the admission scores of schools in your province over the years online.
Question 7: What are the majors in materials science? In the Catalogue of Disciplines and Specialties for Granting Doctoral and Master's Degrees and Training Postgraduates, formulated and promulgated by the Discipline Evaluation Group of the State Council Academic Degrees Committee, materials science and engineering belong to one of the first-class disciplines of engineering, and there are three two disciplines, namely, materials physics and chemistry, materials science and materials processing engineering. The major of materials science and engineering is to study the composition, structure, processing technology, performance and application of materials. In modern science and technology, materials science is one of the three pillars of national economic development. The main professional directions are metal materials, inorganic nonmetallic materials, polymer materials, wear-resistant materials, surface strengthening, material processing engineering and so on.
Question 8: What does the material science major do? Learn the composition, structure, synthesis and technology of materials, the properties and applications of materials themselves. After graduation, you can engage in research and development of new materials, material testing, material synthesis and technology, material modification and other aspects.
The employer is an enterprise related to energy, new materials, batteries and testing, or an enterprise related to metal, ceramics, rubber and composite materials, and other large enterprises related to material research and development can also be employed. Civil servants in the fields of customs, quality supervision bureau and import and export have professional requirements for materials science.
Question 9: What majors does material science include? Undergraduate course: metal material engineering, nonmetal material engineering and polymer material engineering. Postgraduate entrance examination: material processing, material science, material physics and chemistry.
Satisfied, please adopt.
Question 10: What is the basic subject of materials science in the two disciplines? Failure and protection of surface and interface materials, testing and analysis technology of materials, synthesis and processing technology of experimental materials, metal materials, inorganic nonmetal materials, organic polymer materials, composite materials, biological materials, nano materials, special materials and other disciplines.