What do you do in the future employment of materials science and engineering?

This major cultivates high-level, high-quality and all-round scientific research and engineering talents who have a wide range of basic knowledge in science and engineering in the field of materials, including metal materials, inorganic non-metallic materials, polymer materials, etc., and can be engaged in scientific research and teaching, technology development, process and equipment design, technological transformation and operation management in the fields of preparation, processing and molding, material structure and performance of various materials, and adapt to the development of the socialist market economy.

Students in this major mainly learn the basic theories of materials science and engineering, and learn and master the basic laws of the relationship between the preparation, composition, organizational structure and properties of materials. Received basic training in the preparation, performance analysis and testing skills of metallic materials, inorganic non-metallic materials, polymer materials, composite materials and various advanced materials. Master the basic training of material design and preparation process design, improve the performance of materials and product quality, and develop analysis and testing skills.

Master the basic ability of material design and preparation process design, improve the performance of materials and product quality, and develop and research new materials and new processes.

Graduates are expected to acquire knowledge and competencies in the following areas:

1.Master the basic theories of metal materials, inorganic non-metallic materials, polymer materials and other high-tech materials science, as well as the basic knowledge of material synthesis and preparation, material composite, material design, etc.;

2.Master the basic knowledge of material performance testing and product quality control, and have the initial ability to research and develop new materials and new processes;

3.Master the basic knowledge of material processing, and have the preliminary ability to correctly select equipment for material research, material design, and material development;

4.Basic knowledge and skills in mechanical design, electrical and electronic technology, and computer application required for this major;

5.Familiar with technical and economic management knowledge;

6.Master the basic methods of literature retrieval and data inquiry, and have the ability of preliminary scientific research and practical work.

What direction you have to look at, different directions of employment are different, and after graduation, you don't necessarily do your own business, what you like to do is the best

There are many directions, depending on what you do, there are metals, non-metals, polymers, semiconductors, etc., different, of course, the future employment is generally to go to the direction of your major in the enterprise, for example, you study metal, graduate employment will go to steel, automobiles, metal research institutes, fasteners, non-ferrous metals, and other enterprises.

What do you study in Materials Science and Engineering? What are the job prospects?

Hello, materials science and engineering mainly learns the basic knowledge of materials science and engineering such as inorganic non-metallic materials and polymer materialsThe employment prospects are also very good, 2

Because the learning knowledge of materials science and engineering is wider, 3Can be engaged in the preparation, molding and processing of materials, as well as scientific research and technology development and production of material structure and performance, in the fields of chemical industry, building materials, optoelectronics, energy and other fields, aerospace and military Oh, hello, the above is the answer given If my answer is helpful to you, please please praise my service Your praise is the biggest motivation for me to move forward, I wish you a happy life

The main courses are physical chemistry, solid state physics, introduction to materials science, quantum and statistical mechanics, fundamentals of materials science, mechanics of materials, materials chemistry, materials technology and equipment; After graduation, you can enter the manufacturing industry of major steel enterprises, as well as work in automobile factories, Qingzhong and Taoxiaodong porcelain, cement and household appliances, and some enterprises can also be employed.

Materials science and engineering mainly study the analysis of materials, the employment prospects are very broad, the current talent gap is very large, so it is a major worth learning.

It includes the preparation of various materials and the burial of Hu Burying, the development of the technology pants Zhaomao, and the scientific research. The prospects are relatively good, and now it is a hot industry.

Materials Science and Engineering is a broad major that involves materials science, engineering, and chemistry. Based on materials science, chemistry and physics, the major mainly studies the composition, structure, processing technology and its properties and applications.

Materials Science and Engineering is an undergraduate major in ordinary colleges and universities, which is a major in materials, with a basic study period of four years and a bachelor's degree in engineering.

The major of materials science and engineering cultivates high-quality professionals with a solid foundation in natural sciences, materials science and engineering, humanities and social sciences, strong engineering awareness, engineering quality, practical ability, self-acquisition of knowledge, innovation quality, entrepreneurial spirit, international vision, communication and organization and management ability.

Students graduating from the major of materials science and engineering can not only engage in the basic theoretical research of materials science and engineering, the research and development of new materials, new processes and new technologies, the development of production technology and process control, the application of materials and other scientific and technological work in the field of material delay transfer science and engineering, but also undertake the teaching, scientific and technological management and management of related professional fields.

With the entry of mankind into the new century and the development of science, whether it is in the field of industry, construction, medical or aviation, materials science is facing technological breakthroughs and major industrial development opportunities. At the same time, the technological innovation of new materials represented by polymer materials, nanomaterials, optoelectronic materials, biomedical materials and new energy materials is also very active. Many daily chemical, machining, petrochemical, and steel manufacturing enterprises need talents in materials and related engineering.

After graduation, students can go to materials and polymer composite materials molding and processing, polymer synthesis, chemical fibers, new building decoration materials, modern spraying and packaging materials, ceramics, cement, household appliances, electronic and electrical, automobile factories, iron and steel enterprises, petrochemical, manufacturing enterprises, aerospace and other enterprises engaged in design, new product development, production management, market management and first-class departments work, can also go to colleges and universities, scientific research units to engage in scientific research and teaching, but also to the first-class departments engaged in administrative management, quality supervision and other work.

When volunteering to fill in the college entrance examination, many candidates are very concerned about the employment of materials science and engineering majors. The following is compiled by you "Is it good to get a job in materials science and engineering and what are the employment directions".

Employment Prospects for Materials Science and Engineering 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 non-metallic materials, polymer materials, wear-resistant materials, surface strengthening, material processing engineering, nuclear tombs, etc. In the 21st century, the innovation of new material technology represented by nanomaterials, superconducting materials, optoelectronic materials, biomedical materials and new energy materials is more active, and many fields of new materials are facing a series of new technological breakthroughs and major industrial development opportunities.

Correspondingly, materials science and engineering are thriving.

Career Direction of Materials Science and EngineeringAfter graduation, students of this major can engage in scientific research and teaching, technology development, process and equipment design, technological transformation and operation management in the fields of preparation, processing and molding, material structure and properties of various materials.

Industry: After graduation, I mainly worked in the automotive, education, professional services and other industries, roughly as follows:

1. Electronic technology, semiconductors, integrated circuits;

2. New energy;

3. FMCG (food, beverage, cosmetics);

4. Raw materials and processing;

5. Construction and building materials engineering;

6. Other industries;

Wang Shen 7, machinery and equipment heavy industry;

8. Petrochemical industry, mineral geology.

Position: After graduation, he is mainly engaged in R&D, process, material engineer and other work, which is roughly as follows:

1. R&D engineer;

2. Process engineer;

3. Material Engineer;

4. Field service engineer;

5. Technician;

6. Sales Engineer;

7. Technical support engineer;

8. Technical engineer.

The employment rate of materials science and engineering has been greater than 90%, although it is not the highest in engineering, but it is also relatively stable, with the development of science in the new century, whether it is in the field of industry, construction, application or aviation, materials science is facing technological breakthroughs and major industrial development opportunities. Many daily chemicals, mechanical processing, petrochemicals, new energy, pharmaceutical materials and other customs projects need to greatly improve the ability of talents. So the job prospects are very high, so many students apply for materials science and engineering majors.

The employment aspects of materials science and engineering majors are mainly as follows.

First, after graduation, students such as Lao Liang can go to the molding and processing of materials and polymer composite materials, and polymer synthesis. Chemical fiber, household appliances, petrochemical, aerospace and other related majors are engaged in design, new product development, production management. Market operation and ** department work.

It can also enter various industrial sectors of the national economy, such as aerospace, post and telecommunications, colleges and universities, scientific research institutes, high-tech and new technology wage enterprises. Carry out research, development and application of new materials, as well as related teaching, scientific research, engineering and technology management.

Second, graduates can be transported with slag. Continue their studies, engage in teaching and scientific research in scientific research institutions and colleges and universities, and become an excellent source of graduate students in this major and related majors. Because the graduate has mastered the basic theoretical knowledge, basic skills and methods of comparative system safety in the field of materials science and engineering.

Therefore, it also has the initial ability to engage in scientific and technological work in the field of materials. Therefore, in addition to employment, there is also going to graduate school or further study, which can be said to have the highest graduate study rate, even if one of the major characteristics of materials majors is that the knowledge that students learn at the undergraduate level is comprehensive and basic, so as to lay a good foundation for future study.

To sum up, employment is relatively stable. Because this major has a wide range of employment directions and a wide range of employment areas, the employment is very stable and the employment prospects are relatively good.

Materials engineering engineers, process engineers, can also go to the manuscript ruler to make a living key silver high-yield technical data management, can also be engaged in scientific research institutions or colleges and universities engaged in related management and scientific research work; Relatively speaking, employment is relatively stable.

After graduation, this major can enter major steel enterprises, manufacturing and erection enterprises, automobile factories, ceramics, and home appliance enterprises, so their employment range after graduation is very wide; Employment is more stable than that of Rock Forest, as long as you have a more professional learning ability, you can find a good job.

Generally speaking, I want to be an engineer or a mechanical engineer or a scientist. Generally stable. That's what my sister learned.

It is recommended that you can take advantage of your youth to learn more good techniques to prepare for future work, and don't waste your youth!!

Make a choice according to your own interests, choose a major that suits you, and choose a school that suits you;

Like urban rail, e-commerce, kindergarten teachers, nursing, etc., Chongzhi is very good, as well as the current Internet era of auto repair majors, it is more recommended to our new ** operation, leakage lead e-commerce, etc., and the employment will be very good in the future!

If you want to choose a school, it is recommended to go on a field trip, which can be used to inspect the school's practical training, teaching classrooms, teachers, and campus environment.

In addition, it is recommended to choose a good school to study systematically.

If you choose a school, you should first pay attention to the size of the school, whether there are scattered schools across the country, because if the scale is large, then employment is more beneficial; Secondly, if you want to learn technology, pay attention to the training equipment of the school, whether it is based on practical training, and whether you can learn real skills; Third, good teachers can learn more professional skills from teachers and be more competitive in the future; Fourth, in terms of campus environment and campus management, I will ensure that I can study in a living state and a better environment in the school. Therefore, it is best to go to the school for a field trip when choosing a school. If you choose a school from these aspects, you can choose a school that suits you.