How about the polymer materials and engineering major?

There is a saying that the 21st century is the century of polymers, and the prospects are very broad. Majors are mainly divided into synthesis and processing, and are subdivided into rubber, plastics, fibers, coatings, adhesives, composite materials, and new materials. As far as the current employment situation is concerned, there is a great demand for talents, but the salary package is generally in the chemical industry, and different positions and companies are different.

There are about 2,500-5,000 undergraduates, which is still a gap compared to the finance and IT industries. Synthesis is more damaging to the body, and the processing is relatively small. Mold design, formula design, technical sales, etc. have little impact on the body.

If you choose to continue your studies, there are many opportunities to choose from, not much to say at the moment. Feel free to ask.

The prospects are good. The prospects of polymer materials and engineering are quite promising:

Because of the current economic crisis in the world, China is now just a labor-intensive development to a science and technology-intensive development. Polymer materials can solve many common heavy polluting materials with high energy consumption and low resource utilization.

Engineering is a never-ending frontier civilization major, which is known as a combination of art and science, and now China has reached a period of decline in labor-intensive development.

Therefore, the first is now advocating a transformation and development strategy, and the so-called transformation is to shift from labor-intensive to science-and-technology-intensive.

Therefore, polymer materials and engineering are both disciplines with bright development prospects. The Polymer Materials and Engineering major trains students to have knowledge of polymer materials and engineering.

Senior engineering and technical personnel who can be engaged in scientific research, technology development, process and equipment design, production and operation management in the fields of synthesis, modification and processing of polymer materials.

The main courses of the major are: inorganic chemistry, organic chemistry, physical chemistry, polymer chemistry, polymer physics, polymer rheology, polymer molding process, polymer processing principles, polymer materials research methods, etc.

The job of this profession is really bad. There are not many job opportunities, and they are all in chemical plants, and the working environment is either hot or toxic. And the work done is often very heavy stuff and very tiring!

Due to the wide range of majors, you can do a lot of work, but there are not many companies that do this kind of product, that is, you often have to start from scratch when you change jobs, although there are successful people, but the success rate is very low.

Of course, it is okay for someone to do mold design and structural design.

Many products such as rubber and plastics are rotten in China, and high-end ones can't be done.

Very cutting-edge, future direction, but has an impact on physical health.

If you like chemistry and engineering, you can come here.

There are synthesis and processing.

Double 211 polymer graduation here, learn the full back, experiment with all kinds of smelling poison gas, work in various chemical factories and plastic factories after graduation, like you will come.

The major of polymer materials and engineering cultivates senior engineering and technical talents who have knowledge of polymer materials and engineering, and can be engaged in scientific research, technology development, process and equipment design, production and operation management in the fields of polymer material synthesis, modification, analysis and testing, processing and molding.

Hello classmates, I am a junior student in the Department of Materials Science and Engineering, and I have been exposed to polymer materials in the current course, and polymers are only a small direction of materials science, so I can be regarded as understanding a little, and the following is my personal opinion on the direction of polymer materials engineering.

Because the whole material major belongs to the kind of slow-heating type, so polymer is no exception, so it is recommended not to work after graduation, but to take the postgraduate examination. There are many directions of materials, such as polymers, metals, inorganic non-metals, metallurgy, physical and chemical composite materials, etc., as well as more refined powders and so on. As far as our school is concerned, although the material major is divided into detailed directions, the courses of materials are basically the same, and the following is a usual class schedule.

It can be seen that in fact, materials science at the undergraduate level is very one-sided, and basically learn a little bit of everything in the book. If you want to use polymer materials, you will also learn organic polymer chemistry, polymer materials, plastic molding process, and the basics of mechanical manufacturing. As for the employment prospects, you can do some work in the research and development of polymer materials after learning polymers (of course, under the premise of graduate or doctorate), the salary is at least 1w+, if you want to graduate, you will be employed as well as learning logistics and computer and other majors.

The postgraduate examination rate of materials majors is very high, because the undergraduate learning is too shallow, but the prospects for postgraduate entrance examination are still good, especially the polymer materials major is easy to come out, and the salary of graduate students is not bad, so as long as the subject has the intention of going to graduate school, you can consider this major, which is still very fragrant. Whether the material major is a sinkhole or not depends on whether you want to drill deep. The above are my personal views on this major, please forgive me if there are any shortcomings.

Hello subject, I am a senior student in materials science and engineering inorganic non-metallic direction, and I will continue to study for a master's degree in materials science and engineering in the second half of today, with the direction of computational materials science.

There are four directions in the materials science and engineering major of our school: metals, inorganic non-metals, new energy and polymers. For the inorganic non-metallic direction I studied, the research is mainly cement, glass and ceramics, the professional courses are as follows, the basic course of materials science is the most basic and important course in materials science, and the students majoring in polymer direction will also learn, in addition, the polymer professional courses also have polymer chemistry, polymer physics, polymer materials research methods, polymerization reaction engineering, polymer processing engineering, polymer materials, polymer matrix composite engineering, etc., which will be more organic, depending on their interest in chemistryIf you are not interested in organic chemistry, it is recommended to choose carefully.

It is said that materials are one of the four major sinkholes, and this is true compared to majors that are easy to find jobs such as computers. My feeling is that the major of materials science and engineering is better for students who want to do scientific research and is easy to publish articles, but it is not recommended for students who want to find a job after graduating from undergraduate. However, semiconductor materials have been very hot recently, and the salary is also very high, so it is better to find a job if it is in this direction.

The inorganic non-metals I studied are still more suitable for scientific research, such as thermoelectric materials, and it is not good to find a job. However, compared with most directions of materials science and engineering, polymer majors may still have more jobs, and some of the salaries are not bad, and now the polymer direction is also relatively hot in the field of scientific research.

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

Polymer materials are indispensable for any industry, from clothing and eating, computers and mobile phones, to buildings, aerospace. The demand for polymer materials and engineering professionals is still expanding, and it is not difficult to find jobs that correspond to polymer materials and engineering majors.

There are jobs in the main directions of polymer materials, such as plastics, rubber, synthetic fibers, adhesives and coatings, and composite materials in the cross-cutting field.

The major of Architectural Engineering is mainly responsible for the teaching and management of civil engineering and architectural engineering. It mainly cultivates and masters the basic theories of engineering mechanics, soil mechanics, surveying, building architecture and structural engineering.

Engineering majors include mechanical engineering, material forming and control engineering, mechanical and electronic engineering, vehicle engineering, automotive service engineering, electronic information engineering, communication engineering, microelectronic science and engineering, network engineering, Internet of things engineering, civil engineering, building environment and energy application engineering, etc., involving machinery, electronic information, materials, computers, civil engineering, etc.

The schools for polymer materials and engineering are as follows:

1. Sichuan University.

Sichuan University, abbreviated as Sichuan University, is a national key university directly under the Ministry of Education and a national double-first-class university (Class A). Ranked among the 211 Gongchai Zhencheng and 985 projects, it was selected into the Strong Foundation Plan, the 2011 Plan, the Everest Plan, the 111 Plan, and the Outstanding Engineer Education and Training Program.

2. Zhejiang University.

Zhejiang University, abbreviated as Zhejiang University, is located in Hangzhou, Zhejiang Province. Zhejiang University is one of the top universities in China, and is a key university in the 211 Project, the 985 Project and the Double First-Class A. Founded in 1897, Qiushi Academy, the predecessor of Zhejiang University, is one of the earliest new-style colleges and universities founded by the Chinese.

3. Harbin Institute of Technology.

Harbin Institute of Technology, referred to as Harbin Institute of Technology, is located in Harbin Lianjian City, Heilongjiang Province, with engineering as its advantages and characteristics, in 1996 into the national 211 project, the first batch of key construction universities, in 1999 was identified as the first batch of 985 projects, one of the nine key construction universities, known as the cradle of engineers.