Problems in the employment of materials chemistry at USTC

The employment situation is not optimistic, and the best way out is to continue to study, and it is best to get a doctorate (my goal is the Chinese Academy of Sciences).

Of course not, those are completely different concepts, materials chemistry is the study of the preparation and performance testing of functional materials, which should be the laboratory and the intermediate part of laboratory and industrial production. Besides, the companies you mentioned generally don't study materials, and the fabrics they use are all purchased technology, or invested in the development of certain institutions, except for Samsung, whose semiconductor part is produced by itself, but this has basically nothing to do with material chemistry (inorganic non-metallic direction may involve semiconductor things). In addition, the materials are very detailed to the graduate level, and whether you can do these related work depends on your research direction.

It is very safe in the undergraduate stage, and in the graduate level, the toxicity in the organic direction is relatively large, but there are ventilation equipment, and I haven't heard of doing experiments to achieve poisoning.

It can be seen that you are a very hard-working science man in high school, but if you want to make money quickly, you should do something else, the pain of studying chemistry. Hey, if you want to experience it, come here!

USTC Materials Chemistry Career Direction: Graduates can be engaged in research, development and management in enterprises, institutions and administrative departments in the fields of chemistry and chemical engineering, materials, medicine, food, environment, energy and analytical inspection, as well as in universities and research institutes in chemistry and applied chemistry.

Materials chemistry is an emerging interdisciplinary discipline, which belongs to an important branch of modern materials science, chemistry and chemical engineering, and is the foundation and pioneer for the development of many high-tech fields. Materials chemistry has made unique contributions to the discovery and synthesis of new materials, the development of nanomaterial preparation and modification processes, and the innovation of characterization methods. Materials chemistry is of great strategic significance in designing new materials at the atomic and molecular levels, and has broad application prospects.

This major organically integrates and focuses on cultivating students' knowledge and experimental skills in materials science, chemical engineering, chemistry and other disciplines. This major aims to train students to systematically master the basic theories and professional knowledge of the design, preparation and characterization of nanomaterials and functional materials, and comprehensively solve chemical technology problems in the large-scale industrial production of materials. Graduates of this major will have a good international vision, material engineering and technical quality and experimental skills, and are high-level elite talents and compound technical talents with strong management skills in line with the development of socialist market economy and international competition.

Hello, there are three routes that are better development directions after graduating from graduate school in materials chemistry:1Technology Hail Fast Route Growth Route:

Technician, Engineer, Chief Engineer (Bu Fiber or Entrepreneurship) 2Sales-oriented route growth route: salesman sales source disadvantage this sales supervisor regional manager sales director 3

Compound route growth route: logistics practitioners, logistics supervisors, logistics directors of chemical enterprises, logistics directors of chemical enterprises.

Summary. Polymer composite molding and processing, new building decoration materials, modern spraying and packaging materials, ceramics, iron and steel enterprises, petrochemical industry, manufacturing enterprises, aerospace and other enterprises are engaged in design.

Dear, I am happy to answer for you: University of Chinese Academy of Sciences Materials Graduate Graduate Employment Rate University of Chinese Academy of Sciences (English first name: University of Chinese academy of sciences) was established in 1978, is the first graduate school approved by the Ministry of Education, is a formal university officially approved by the Ministry of Education, is a specialized in doctoral and master's research dust Xiangsheng education.

Which units and departments do you mainly work to?

The school doesn't have a job arrangement.

Polymer composite material molding and processing, new acres of ridge building dust decoration materials, modern spraying and packaging materials, ceramics, Penaishen iron and steel enterprises, petrochemical industry, manufacturing enterprises, aerospace and other enterprises engaged in design.

This kind of kissing.

Do you have these industries in every province?

Of course. Can jobs such as civil servants be recruited?

Yes. Is there an example?

There is no kiss.

It's all a personal matter, and no one will register it.

For example, which year and city will recruit and select students?

This one does not have a kiss.

It's OK.

Materials science and engineering is a key discipline of first-level disciplines in Anhui Province.

But not at the national level.

The materials major of the University of Science and Technology of China should belong to the top level in China, at least the top three. Very strong.

I think the materials major at the University of Science and Technology of China is quite good, mainly because it is possible to research new materials.

Materials science is the science that studies the interrelationship between the composition, microstructure, preparation process, processing technology, properties of materials and material applications. Materials science is the foundation of contemporary science and technology development, the pillar of industrial production, and one of the leading disciplines in the world today.

Chemical engineering is an engineering discipline that studies the common laws of chemical and physical processes carried out in the production of the chemical industry and other process industries. These industries include petroleum refining industry, metallurgical industry, building materials industry, food industry, paper industry, etc. They start from basic raw materials such as oil, coal, natural gas, salt, limestone, other ores and grain, wood, water, air, etc., with the help of chemical processes or physical processes, to change the composition, properties and state of substances to make them into a variety of high-value products, such as fertilizer, gasoline, lubricating oil, synthetic fibers, synthetic rubber, plastics, caustic soda, soda ash, cement, glass, steel, iron, aluminum, pulp and so on.

Materials science, hehe, China has been behind foreign countries for I don't know how many years, what can I learn?