What about the employment of materials science and engineering?

First, the employment direction of materials science and engineering specialty

After graduation, students majoring in this major can engage in scientific research and teaching, technology development, process and equipment design, technical transformation and management in the fields of preparation, processing and molding of various materials, material structure and performance.

Engaged in industry:

After graduation, I mainly engaged in automobile, education, professional services and other industries, as follows:

1, electronic technology/semiconductor/integrated circuit

2. New energy sources

3, fast-moving consumer goods (food, beverage, cosmetics)

4, raw materials and processing

5. Building/building materials/engineering

6. Other industries

7. Machinery/Equipment/Heavy Industry

8. Petroleum/Chemistry/Minerals/Geology

Engaged in the post:

After graduation, I mainly engaged in R&D, process and materials engineer, 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

Work city:

After graduation, Shanghai, Shenzhen, Beijing and other cities have more employment opportunities, as follows:

Shanghai 1

2. Shenzhen

3. Beijing

4. Guangzhou

5. Chengdu

6. Wuhan

7. Xiamen

8. Suzhou

Second, the employment prospects of materials science and engineering majors

With the arrival of the new century and the development of science, materials science is facing great opportunities for technological breakthroughs and industrial development, whether in the industrial field, construction field, medical field or aviation field. At the same time, the technological innovation of new materials represented by polymer materials, nano-materials, photoelectric materials, biomedical materials and new energy materials is also extremely active. Many daily chemical, mechanical processing, petrochemical and steel manufacturing enterprises need talents in materials and related engineering.

After graduation, students can work in the departments of materials and polymer composite molding, polymer synthesis, chemical fiber, new building decoration materials, modern spraying and packaging materials, ceramics, cement, household appliances, electronics and electricity, automobile factories, iron and steel enterprises, petrochemical enterprises, manufacturing enterprises, aerospace and other enterprises in design, new product development, production management, market operation, trade, etc., and can also engage in scientific research and teaching in colleges and research units.

In addition to employment, another major destination for undergraduates is to pursue graduate studies or further studies. It can be said that high graduation rate is a major feature of materials. The knowledge that students learn in the undergraduate stage is also comprehensive and basic, which lays a good foundation for future study. If you want to have in-depth research and development in a certain field, you need further study. From the academic requirements and benefits provided by many enterprises, it can be seen that highly educated graduates are obviously superior to undergraduate graduates in employment environment and salary. Therefore, a large proportion of graduates take the postgraduate entrance examination and continue their studies.