Real salary for master's degree in metal materials

As a traditional materials industry, the annual salary in ordinary companies is 10-15W (211 level).

The materials industry at the graduate level mainly includes: new energy materials, semiconductor materials, biological materials, polymer materials, metal materials, inorganic non-metallic materials, material processing engineering, etc.

In recent years, there has been a saying that a material is about to "come out of the pit", mainly due to the rise of the battery and semiconductor industries. The employment environment, development and salary in these two directions have reached a very good level, but other industries are still in a state of improvement.

It is at the forefront of the industry. Its current popular directions include a series of power generation materials such as batteries, new energy vehicles, and photovoltaics. The employment prospects and environment are very good. After graduation, it will mainly enter new energy vehicles, batteries, etc. Enterprises will also enter the country's emerging key enterprise units to do research and development work to help the country break through stuck technologies.

If you go to a state-owned enterprise, the salary is generally 6-9K, but the benefits, time and environment are very generous; if you enter a better private enterprise, the annual salary of graduates from 985 and 211 colleges is generally more than 20W . A classmate who graduated from 211 and was working on batteries was lucky enough to join Huawei and work in batteries, with an annual salary of 39W; the specific annual salary will vary according to different companies.

Employment prospects for master's degree in metal materials

Graduates can engage in technical fields in electric power, metallurgy, petrochemical industry, aerospace, transportation, machinery, nuclear energy and other industry sectors as well as scientific research institutions and colleges and universities. Development, scientific research and management work, especially suitable for research and development of new processes, new products and new materials in large enterprises and high-tech enterprises.

Graduated students can engage in scientific and technological work in the fields of materials science and engineering such as basic theoretical research on materials science and engineering, research and development of new materials, new processes and new technologies, production technology development and process control, and material applications. , and can also undertake teaching, technology management and operation work in related professional fields.