If you want to study abroad for graduate students, majoring in polymer materials and engineering, wh

In terms of polymers, the University of Akron is definitely the first choice.

The social demand of polymer materials has always been at the forefront of chemistry and other materials majors. With the importance of environmental protection at home and abroad, environmentally friendly materials are the direction of industrial development. Polymer materials and engineering majors have broad employment prospects, and polymer materials talents can develop in most industrial fields.

Employment direction of polymer materials and engineering

After graduation, students of this major can be engaged in scientific research and teaching, technology development, process and equipment design, technological transformation and operation management in the fields of preparation, processing and molding, material structure and properties of various materials, and engage in related work in scientific research, teaching, and enterprises.

Introduction to Polymer Materials and Engineering

The major of polymer materials and engineering takes chemistry and materials science and engineering as the main disciplines, and learns the basic theories, professional knowledge and experimental skills of polymer molecular design, synthesis, structure and properties, application, etc., as well as modern science and technology and design methods such as computer application. The students trained in this major have the characteristics of science and engineering, and students can be engaged in the research of new polymeric materials.

It can also be engaged in material preparation, processing technology development and production technology management. The main professional courses of polymer materials and engineering include: polymer chemistry, polymer physics, advanced organic chemistry, structure of matter, introduction to materials science, fundamentals of materials science, polymer molding, processing and application, etc.

Polymer materials are indispensable for any industry, from dressing and eating, computers and mobile phones, to building buildings, aerospace, so the overall employment prospects of this major are still very good.

Graduates of polymer materials and engineering can be engaged in plastics in enterprises, universities, scientific research institutions and other units in petrochemical, electronic and electrical appliances, building materials, automobiles, packaging, aerospace, military industry, textiles and pharmaceuticals;

development, processing and modification, process and application, production technology management, market development and teaching in the fields of rubber, fiber, coatings, adhesives and composite materials; or research and development of high-performance materials, functional materials, biomedical materials, optoelectronic materials and other special polymer materials for high-tech fields.

Basic Courses:

The basic knowledge of the discipline is regarded as the basic knowledge of the professional class, including the foundation of materials science, the foundation of materials engineering, and the characterization of material structure.

1) The basic knowledge of materials science includes material structure, crystal defects, phase structure and phase diagram, amorphous structure and properties, solid surface and interface, solidification and vapor deposition of materials, diffusion and solid-state phase transition, sintering, deformation and fracture, electronic structure and physical properties of materials, and introduction to materials.

2) The basic knowledge of materials engineering includes the basic knowledge of fluid flow, heat transfer, mass transfer process and its control, material and product design, material selection, manufacturing, processing and molding, failure analysis, engineering drawing, mechanical design and manufacturing, electrical and electronics, etc.

3) Knowledge of physical chemistry includes gases, the first law of thermodynamics, the second law of thermodynamics, thermodynamics of multi-component systems, chemical equilibrium, phase equilibrium, chemical reaction kinetics, electrochemistry, surface phenomena and colloidal dispersion systems.

Zhejiang University (the birthplace of polymers), Peking University (the best in polymer theory), University of Chinese Academy of Sciences, Beijing Chemical Industry, Zhejiang University, Tianjin University, Sichuan University, Beijing Aeronautical University, Tsinghua University, South China University of Technology, Beijing Institute of Technology, Nanjing University, Fudan University, Nanjing University, Shanghai Jiao Tong University, Harbin Institute of Technology, Jilin University, etc. are all very good schools.

In addition to universities, you can also go to scientific research institutes in various places, which is also a very good choice.

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.

<> polymer materials and engineering major mainly studies the preparation, structure, properties and processing applications of organic and biological polymer materials, which is a high-tech major. This major mainly cultivates senior engineering and technical talents who have knowledge of polymer materials and can engage 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.

Polymer materials can be called the best among materials. Speaking of it, ordinary people may think that it is unfathomable, but in fact, they are everywhere around us. All aspects of life are closely related to polymer materials, whether it is protein as food or cotton, wool, silk, etc., as a fabric, are natural polymer materials, even the human body itself, basically composed of various biological polymers, now at least 50% of the structural materials of automobile bodies and bodies use polymer materials, and will reach 70%-100% in the future, which shows the importance of polymer materials and the wide range of applications.

Compared with other materials, the biggest advantage of polymers is the design of polymers. At present, the main research areas of polymer materials are: high performance and high functionalization, such as conductive polymers, liquid crystal polymers, biomedical, polymer separation membrane materials, etc.; processing performance, mold design; Compounded with other materials.

In the future, polymer materials will play a huge and immeasurable role in the production and life of human beings.

Differential scanning calorimetry (DSC) instrument.

The development prospects of polymer materials are very broad and require a large number of high-level professionals. In the 21st century, polymer materials are more "intimate" with us, "paving the way and building bridges" for the development of all walks of life, such as road traffic, housing construction, medical engineering, aerospace and navigation, etc., many industries in terms of technological progress and feasibility, the improvement of production efficiency, and the reduction of production costs, all depend on the development of polymer materials. If the development of artificial organs is in the ascendant, its development must be supported by suitable polymer materials; How to reduce the weight of automobiles and airplanes, so that they are flexible, lightweight and greatly fuel efficient, is determined by polymer materials.

There are nearly 200 colleges and universities in the country that have opened polymer materials and engineering majors, but due to the differences in the historical evolution and discipline advantages of each school, their professional directions and training focuses are also different, such as Peking University's advantages in synthetic materials, Donghua University is stronger than fiber, Beijing University of Chemical Technology is better at rubber, plastics, etc., like my seniors in the same major who choose to study in Sichuan University, Dalian University of Technology, Beijing University of Chemical Technology, etc.

Welcome to apply for the polymer materials and engineering major.