Is a chemical engineer stressed, what does a chemical engineer do?

Personally, I think that the chemical industry, if it is the underlying technology, is not very stressful, but the working environment and wages are relatively low. The middle-level is still more difficult, the salary is average, the working environment and pressure are not small, it is the stage that reflects the professional ability of the individual, and the pressure and income are sometimes not proportional. Needless to say, the high-level executives in every industry are similar, with high salaries, but the pressure behind it is estimated that few people will care about it.

The above is a personal opinion only.

The employment prospects are OK, but basically the work of the design institute is very busy, the pressure of being an engineer is very high, and the income depends on the situation of the unit, generally speaking, the design institute or engineering company of foreign enterprises is higher than that of private enterprises and state-owned enterprises, and generally 3-5 years of experience does not have an annual salary of 100,000 yuan, you don't want to go; Of course, experienced veteran engineers earn a lot more than new recruits.

It doesn't matter how much pressure you have, if it's your interest, you won't be tired or stressed. How the income depends on the enterprise itself, and has nothing to do with the industry.

It depends on the proficiency level of your work.

Normal workload, the efficiency difference between skilled and unskilled is 100 times, and when it is cooked and melted, you will feel that there is no pressure.

Income depends on the efficiency and nature of the business, and also depends on your position.

If you do one line of work, you can always become the champion of this line. Although the income of the champion in this line is a fraction of the income of the champion in that row

Chemical engineers are mainly involved in chemical engineering design. It can also be used for environmental engineering, chemical construction, chemical economy, policy research, chemical dynamics, engineer garden and other stations.

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.

An important way to expand the scale of production and improve economic benefits is to enlarge the device to save investment, reduce consumption, reduce land occupation and save manpower. However, some of the indicators that can be achieved on a large device are usually lower than the results of a small test, because the factors and conditions of physical processes such as material flow, heat transfer, and mass transfer change as the device scales up.

This effect, which originates in the amplification process, has long been loosely referred to as the "amplification effect" and encompasses the effects of many physical (or engineering) factors, both identified and unidentified.

Chemical Process Engineer.

1. Chemical process engineer is a person who is engaged in the development and implementation of chemical process to ensure and continuously improve product quality from the process aspect.

2. The narrow side is engaged in the design work under the research and development, and does not personally design the process package.

3. Most of the time, the chemical process engineer is a person who does all the equipment or process part design, light drawing, computer drawing, first three-dimensional, then engineering drawing, hundreds of parameter rules, one by one, day painting, night drawing, click the mouse to make the fingers hurt.

4. To do design, one person does the work of several people, this is not an exception, most companies are drawing on the computer every day to design the drawings that customers need.

As follows:

1. Registered safety engineer.

2. Safety management qualification certificate (the State Administration of Work Safety organizes the examination in June every year).

3. Registered Chemical Engineer (National Unified Examination).

4. Chemical inspector certificate.

5. Technician or senior technician.

6. Certificate of qualification for professional management personnel in chemical construction enterprises (bachelor's degree, obtaining the qualification of professional and technical titles at the level of "assistant teacher" of the corresponding specialty, strong business ability and outstanding performance, passing the assessment, can be issued with an intermediate post qualification certificate; Bachelor's degree graduates who have worked in the major for more than 20 years can be issued a certificate of qualification for senior professional positions after assessment).

The chemical industry, that is, the chemical industry, where the chemical method is used to change the composition or structure of the substance, or to synthesize a new substance, belongs to the chemical production technology, that is, the chemical process, and the resulting product is called a chemical or chemical product.

In modern life, almost anytime and anywhere can be inseparable from chemical products, from clothing, food, housing, transportation and other material stoves to culture, art, entertainment and other spiritual life, all need chemical products to serve.

Some chemical products play an epoch-making role in the history of human development. Their production and application even represent a certain historical stage of human civilization.

One is that I'm interested in researching new technologies and applying them to the real world. This means that if I can go and study chemical engineering, then I can learn how to develop and apply new technologies that will improve the quality of life.

Second, I think chemical engineering is a challenging field that has a role to play in everything from chemistry to structural analysis. Studying the structure and properties of different materials will help us to flexibly use this knowledge to develop products that are durable, low in contamination, and so on.

Finally, I think the job prospects for this major are also very broad. Chemistry can bring the theory of parallel combat close to practice, so that more empirical investigations can apply new technologies to practical fields through engineering methods. Whether it is the metallurgical industry, the pharmaceutical industry, the petrochemical industry, the plastics industry, or even the food industry, a group of professionals who are familiar with chemical engineering are needed to develop new technologies for application in related fields.