What jobs can students majoring in materials science and engineering find?

What jobs students majoring in materials science and engineering can find are as follows:

Employment direction

Most graduates majoring in materials science and engineering work in iron and steel enterprises, manufacturing enterprises, automobile factories, ceramics, cement, home appliances, textiles, rubber and other enterprises. Generally speaking, graduates majoring in materials science and engineering metals mostly enter iron and steel enterprises and related scientific research institutes, while graduates majoring in polymers and nonmetals mostly enter industries such as ceramics, glass, coatings and household appliances, and most of them belong to large state-owned enterprises, military industries, private enterprises and scientific research institutions.

It can be said that this major is biased towards the research direction of applied materials processing, and it is relatively easy to find a job. Due to the particularity of materials science and engineering, in addition to employment, another major destination for undergraduates is to pursue graduate studies or further studies, and the high rate of graduate studies is also a major feature of materials.

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, the proportion of graduates continuing their postgraduate studies is relatively large.

Employment prospect of materials science and engineering specialty

Materials, energy and information are the three pillar areas that attract the most attention in the world today. Since 1970s, people have regarded information, materials and energy as the pillars of social civilization. In 1980s, new materials, information technology and biotechnology were listed as important symbols of the new technological revolution. 2 1 century, the technological innovation of new materials represented by nano-materials, superconducting materials, photoelectric materials, biomedical materials and new energy materials is extremely active.

Many fields of new materials are facing a series of new technological breakthroughs and great opportunities for industrial development. Accordingly, the specialty of materials science and engineering has also developed vigorously. The material science major involves many fields of national economic development, so the demand for material science talents in the talent market is also increasing. However, there is still a certain gap between China and foreign countries in the research and development of new materials, and there is great room for independent innovation in the field of materials science in the future. Therefore, while strengthening the basic knowledge, materials science talents should expand their creative thinking.