What elective majors can I take after studying materials that will be useful for employment?

After the country liberalized the two-child policy, it can be said that every family is preparing for pregnancy and every family is having a baby. Infant products, such as pacifiers, bottles, auxiliary feeding devices, dinner plates, etc., must be the safest for entry. With the development of technology, there is a dazzling array of baby products.

There is a type of tableware that is lighter than ceramic, less fragile, and comes in various colors and shapes. It is commonly used by babies at home and can be found everywhere in supermarkets and small shops. They are imitation porcelain tableware. Imitation porcelain material is called melamine formaldehyde resin, also called melamine resin. Although the name sounds like "melamine" and "formaldehyde". It’s scary, but Chen Min, a professor at the School of Food, China Agricultural University, said that melamine monomer is considered slightly toxic, but after a polymerization reaction with other materials, the finished product is a new type of polymer material that is not toxic.

Speaking of this, we have to mention the materials science and engineering major. This major is based on materials science, chemistry, and physics. It mainly studies material composition, structure, processing technology, and its properties and applications. . But after studying materials science and engineering, what is the job like and what industries can I work in? It is also a big question hanging in the minds of many candidates.

What industries can students majoring in materials science and engineering engage in?

First, let’s take a look at the graduate employment reports of previous years:

Graduate employment average monthly salary trend chart

Graduate employment city distribution:

Graduate employment industry distribution:

According to data from the Sunshine College Entrance Examination Network designated by the Ministry of Education, the national employment rate range of materials science and engineering majors in the past three years is: 2016 (90%-95%) 2017 (90% -95%) 2018 (unknown). Judging from the employment rate range, the employment rate of this major is still relatively high, and it is a high-employment major.

Materials, energy and information are the three pillar areas that receive the most attention in the world today. Since the 1970s, people have regarded information, materials, and energy as the pillars of social civilization. In the 1980s, new materials, information technology and biotechnology were listed as important symbols of the new technological revolution. Entering the 21st century, new material technological innovation represented by nanomaterials, superconducting materials, optoelectronic materials, biomedical materials and new energy materials has become more active. Many fields of new materials are facing a series of new technological breakthroughs and major developments. industrial development opportunities.

As mankind enters the new century and science develops, materials science is facing technological breakthroughs and major industrial development opportunities, whether in the industrial field, construction field, medical field or aviation field. Many daily chemical, mechanical processing, petrochemical, and steel manufacturing companies need talents in materials and related engineering.

After employment, graduates can work in materials and polymer composite material molding and processing, polymer synthesis, chemical fiber, new building decoration materials, modern spraying and packaging materials, ceramics, cement, household appliances, electronic and electrical, Automobile factories, steel companies, petrochemicals, manufacturing companies, aerospace and other enterprises are engaged in design, new product development, production management, market operation and trade departments. They can also engage in scientific research and teaching in colleges and universities and scientific research units. They can also Work in government departments to engage in administrative management, quality supervision, etc.

Let’s take a look at the salary package and recruitment requirements analysis of materials science and engineering majors:

Finally, we introduce the core courses of materials science and engineering, among which advanced mathematics is the basis for in-depth study of all courses. Tools must be mastered; inorganic chemistry, organic chemistry, physical chemistry, physical properties of materials, and mechanical properties of materials are basic professional courses. This is the theoretical basis of the materials major and the basis for learning professional courses; while electrochemistry, Courses such as Polymer Physics, Polymer Chemistry, and Principles of Physical Metallurgy are professional courses that guide students into different branches of materials science and are the basis for choosing a postgraduate direction in the future.