What is the main career destination of chemical engineering and technology majors in the future?

I am a student majoring in chemical engineering and technology, and for undergraduates, a large part of my classmates are in traditional chemical industries such as Sinopec, and there are also sales and procurement of chemical products, as well as chemical analysis industries. There is also a small number of people who are engaged in the legal profession of intellectual property. Of course, if you are a graduate student, you can work in research and development in the industry.

Of course, there are also those who go to the design institute, and if they get the national registered chemical engineer certificate, they will not starve to death in this life.

Top of the line. Management consulting firms. For example, McKinsey. It's very demanding. The work pays quite well. Generally prestigious universities, outstanding ability of doctors.

Chemical Design Institute. For example, Tianchen, Wuhuan, Hualu, etc., generally need a master's degree or a doctor's degree to engage in process design.

Research institutes and R&D positions in chemical and chemical related industries, such as PetroChina, Sinopec and other petrochemicals, China Coal and other coal chemicals, and R&D departments of related enterprises. The treatment is in the upper reaches of all departments. Generally, a master's degree or a doctorate is required.

Process technology positions. Enterprises in the chemical industry, such as petrochemical, coal chemical, and pharmaceutical companies, may be difficult at first, but after the accumulation of experience, the development is not bad. Generally, a master's degree or a bachelor's degree is required.

Technology, management. It is also the technical management of related industries, which is more administrative than the process technology post. General Master's, Bachelor's Degree.

Operation posts, chemical enterprises generally have equipment running 24 hours a day, and generally need to work shifts, and operation posts are inevitable. The treatment of the operation post of large enterprises is relatively good, and even the shift will have a considerable amount of subsidies. Generally, undergraduate and junior college students are recruited.

Diverted. It's relatively easy for undergraduates to change careers. After all, the employment scope of undergraduate graduates is very wide, and all walks of life can try as long as the development prospects are okay. It is relatively difficult for graduate students to change careers.

Chemical engineering can evolve the factory to do production technology, and then take the direction of production technology management; You can also work as a sales engineer for chemical products; You can also enter the chemical design institute, but this is not easy to enter, and it depends on excellent professional knowledge and luck.

In the long run, the employment prospects of technology are good, but they are not optimistic at the moment.

In the future, chemical engineering will mainly learn chemical substances, supplies, metaphorically the production of sulfuric acid, mainly chemical preparations, and the process will mainly learn the design of the outside of the package, so that he can meet people's aesthetics, so that the use of items is more beautiful.

Major in Chemical Engineering and Technology.

In the future, they can work in bioengineering, chemical materials, energy, environmental protection, information, pharmaceutical, metallurgy, military industry, food and other departments, and in these departments, people can be engaged in production technology management, scientific research, technology development and engineering design. If people are interested in scientific research, then they can go to scientific research institutes or colleges and universities to engage in scientific research related to their majors, but this requires undergraduates to have a certain level of scientific research and teaching. <>

If people don't want to work in research, they can work in management or sales in chemical companies. Chemical industry occupies a very important role in people's lives, and people's clothing, food, housing and transportation are inseparable from chemical products. Chemical industry is the basic industry in China, for the textile industry, energy, agriculture, electronics, machinery, transportation, light industry, construction, textiles and other services to provide a series of guarantees and supporting services, in general, chemical engineering and technology in the industry has a good development prospects.

If you choose to major in chemical engineering and technology, you may study analytical chemistry in school.

Organic Chemistry, Physical Chemistry, Principles of Chemical Engineering, Chemical Reaction Engineering, Chemical Separation Engineering, Coal Chemical Technology, Chemical Design, Chemical Technology, Catalytic Principle, Natural Gas Comprehensive Utilization, Chemical Safety Engineering, Chemical Technology and Economy, etc. In addition to mastering certain theoretical knowledge, people also need to pay attention to practical teaching, including understanding practice, basic experiments in chemistry and chemical engineering, and computer applications.

and hands-on practice. <>

The employment prospects in chemical engineering are still very good, and you can work as a chemical process engineer.

Process Engineer, R&D Engineer, etc. In the process of learning, people should improve their comprehensive quality and understand certain theoretical knowledge, otherwise they will not be able to find a satisfactory job when looking for a job, and they may be eliminated by society. When people arrive at university, they need to correct their mentality, make some plans for their future, and be able to lie down and constantly improve their strength.

Graduates can be engaged in R&D, design, production, teaching, operation and management in chemical, petrochemical, fine and daily chemical, environment, pharmaceutical, energy and power departments, and lay a good foundation for their further expansion and further study. In recent years, graduates are in high demand and the employment situation is good.

After graduating from chemical engineering and technology, you can go to chemical, petroleum, light industry, vehicle chemical and other scientific research units and enterprises to engage in applied research or product development and design; The employment direction of this major is relatively broad, and the prospects are very good, and it is easy to find a job after graduation.

After graduation, they can go to chemical, energy, information, environmental protection and biological engineering for employment, or they can be engaged in technology development, production technology management, scientific research and other aspects of work. The prospect of graduation is still relatively large, and our country is now developing energy information and bioengineering.

There are many employment directions for chemical engineering and technology majors, and the employment prospects are relatively broad, but everyone still has to study hard in the major and strive to learn more deeply. Employment direction of chemical engineering and technology: chemical engineering and technology has a good employment side, you can go to factories and design institutes.

1. You can go to scientific research institutes and colleges and universities to engage in scientific research and teaching related to chemical engineering and technology. However, this requires graduates to have a certain level of scientific research and a high degree of academic qualifications.

2. Engage in applied research, development, design, production technology and science and technology of fine chemical products in scientific research units, enterprises and companies related to chemical industry, petroleum, light industry, vehicle chemical industry, construction machinery, pharmaceutical, food, paint and coating. There are many well-known companies in the chemical industry such as Mobil, Shell, BASF, PetroChina, Sinopec, etc.

3. Can be engaged in sales, management and other work in related chemical enterprises. In addition to taking the road of technical talents such as technology, research and development, quality inspection, etc., the professional compound sales and management talents are also favored by the market. The key is how to obtain an educational background and work experience other than chemical technology.

Chemical industry and management talents basically need to be professional in chemical engineering, and at the same time familiar with the best rules and unit business, but also must have patience and meticulousness, and strong language skills.

The employment direction and prospects of chemical engineering and technology are very good.

It is an engineering discipline that studies the common laws of chemical and physical processes carried out in the production of the chemical industry and other process industries. In addition to traditional chemical manufacturing (such as petroleum refining, metal materials, plastic synthesis, food processing and catalytic manufacturing), modern chemical industries also include bioengineering, biopharmaceuticals, and related nanotechnology. This kind of modern chemical industry has developed very rapidly in recent years, bringing great convenience to human life and having a profound impact on human lifestyle.

An important task of chemical engineering is to study the effects of engineering factors on processes and devices, especially in amplification, in order to solve problems related to the theory and methods of process development, device design and operation. It is based on the principles of physics, chemistry and mathematics, and widely applies various experimental methods to cooperate with chemical processes to solve industrial production problems.

The above content refers to the encyclopedia - chemical engineering.

1. What do you learn in chemical engineering and technology Physics, high grinding chemistry, chemical engineering, chemical thermodynamics, chemical reaction engineering, chemical separation engineering, chemical transfer process, chemical system engineering, catalytic principle, chemical technology, chemical design, environmental engineering, coal chemical technology, natural gas comprehensive utilization, gas transmission and distribution, coking technology, chemical production technology, carbon chemistry, chemical technology and economy, chemical safety engineering and other professional courses and basic courses such as: inorganic chemistry, organic chemistry, biochemistry, Analytical Chemistry, College English, Electrical Engineering, Mechanical Drawing, CAD, Computer Fundamentals, Computer Language (C Language), Engineering Mechanics, Engineering Machinery, Marx's Political Economy, Philosophy, Deng Youwu Xiaoping Theory, Management, Advanced Mathematics, Linear Algebra, Mathematical Statistics and Introduction, etc.

2. What will the chemical engineering and technology major do in the future?

Graduates can be engaged in engineering design, technology development, production technology management and scientific research in the fields of chemical industry, oil refining, metallurgy, energy, light industry, medicine, environmental protection and military industry.

Cultivation goals. Students majoring in chemical engineering and technology are required to master the basic theories and knowledge of chemical engineering, chemical technology, and applied chemistry theory. Master the basic design methods of chemical devices, and master the basic principles and basic skills of the basic synthesis, modification and formulation of organic fine chemicals. Cultivate senior engineering and technical talents engaged in the production, design, operation and research and development of organic fine chemicals.

Cultivation requirements. Students in this major mainly learn the basic theories and basic knowledge of chemical engineering and chemical technology, and receive basic training in chemistry and chemical engineering experimental skills, engineering practice, computer application, scientific research and engineering design methods.

What does the Chemical Engineering and Technology major do? Are the job prospects good?

Hello, dear information verification. The major of chemical engineering and technology is mainly engaged in the synthesis principle, production process, process development and equipment design of chemical synthesis of pharmaceutical intermediates and organic fine chemicals (including polymer materials, additives, dye intermediates, coatings, special fine chemicals, etc.); Students are required to master the basic theories and knowledge of chemical engineering, chemical technology, and applied chemistry theory; Master the basic design methods of chemical devices, and master the basic principles and basic skills of the basic synthesis, modification and formulation of organic fine chemicals. Cultivate senior engineering and technical talents engaged in the production, design, operation and research and development of organic fine chemicals. Graduates can be engaged in the development and production of biological products in the fields of food, medicine, energy, environmental protection, etc., and can be engaged in teaching, scientific research, production, management and other aspects of higher learning, design and research units.

Thank you for your consultation and have a great day.

What does the Chemical Engineering and Technology major do? Are the job prospects good?

What does the chemical engineering and technology major do: are the job prospects good: pro what the chemical engineering and technology major is:

Mainly engaged in chemical synthesis of pharmaceutical intermediates and organic fine chemicals (including polymer materials, additives, dye intermediates, coatings, employment prospects are very good, graduates can be engaged in research and development, design, production, teaching and management in chemical, petrochemical, fine and daily chemical, environment, pharmaceutical, energy and power and other departments, and for its further multi-directional expansion and deep graduation in recent years, the demand for graduation is large, and the employment situation is good.

The employment directions of Chemical Engineering and Technology are described as follows:

Chemical Engineering and Technology (Chemical Engineering): Graduates can work in scientific research, engineering design, technology development, software development and production technology management in the chemical, oil refining, light industry, food, biology, medicine, environmental protection, energy, military industry and other poverty-stricken departments.

Chemical Engineering and Technology (Chemical Technology): Graduates can work in scientific research, engineering design, technology development, software development and production technology management in the fields of chemical engineering, oil refining, light industry, food, biology, medicine, environmental protection, energy, military industry, etc.

Chemical Engineering and Technology (Catalytic Chemistry and Technology): Graduates are suitable for engaging in related scientific research and enterprise technology management in various chemical and energy departments, and are suitable for engaging in catalytic science theory research and industrial application technology research.

Chemical Engineering: This major trains students to comprehensively use the basic principles of physics, mathematics and chemistry and the basic knowledge of the relevant professional education to analyze and study various chemical industries and related processes and chemical processing technologies, and be able to use computer technology to simulate and design the drying process proficiently. Computer Application Technology.

Compulsory courses: Inorganic Chemistry, Organic Chemistry, Physical Chemistry, Analytical Chemistry, Biochemistry, Principles of Chemical Engineering, Chemical Process Synthesis and Analysis, Mechanical Fundamentals of Chemical Equipment, Chemical Thermodynamics, Reaction Engineering, Transfer Process, Separation Engineering, etc.

This major is the cradle of training chief engineers and senior department managers of large and medium-sized chemical production, development and design. Graduates can work in scientific research, engineering design, technology development, software development and production technology management in chemical, oil refining, light industry, food, biology, medicine, environmental protection, energy, military and other departments.