What are the future trends in chemistry and what majors are easy to find a job in

Pharmaceutical major: This major is a major to train front-line production operators in the pharmaceutical industry, mainly biopharmaceutical, which has developed very well in the past few years, and the employment rate of graduates is 100%, showing a situation where supply exceeds demand. Therefore, if you are also good at biology, you can choose this major, but if your biology is not too good, I suggest you choose other majors, although they are all inseparable from chemistry, but you must take into account your own advantages, and you must deal with chemistry in the major.

Electrochemistry: Mainly bioelectrochemistry, and bioelectrical analytical chemistry. It is an important part of bioengineering.

The essence of life process is the process of electron transfer, especially energy conversion, nerve conduction, photosynthesis, and respiration. Even the origin of life, the brain's thinking, and the transmission of genes are closely related to electron transmission. The essence of studying biological life processes is to study the electron transport process of living organisms. It has more contact with living things.

Employment Analysis:1At present, there are very few students in the factory who want to graduate from the pharmaceutical industry, especially undergraduates who cannot find a place in the factory at all, and they can only develop in the direction of sales. If you want to go to graduate school, and you prefer to be organic, choose pharmaceutical, and you can transfer in the future.

2.If you are in the field of life chemistry, then the employment situation is even worse. But if you're doing industrial electrochemistry. For example, electroplating, etc., that employment is relatively better. But it's not good if you're a girl, and electroplating generally doesn't want female graduates.

Organic synthesis. Biochemical Pharmaceuticals. Inorganic materials are hot. But it's like organic synthesis or something, it's very hurtful.

I mean, graduate students majoring in pharmacy, of course, are easy to find in terms of work, and they are also good to find in organic synthesis. After five years, if you do well, you should earn 200,000 yuan a year.

I came from an organic background, and organic is really hard and harmful to health.

In fact, when it comes to development, my personal opinion is that the current situation of chemistry is still relatively difficult, and the general environment is average, so it is difficult to have a high salary.

If you want to make a choice, just do the direction of catalysts, it's still good.

Organometallic organometallic and catalyst research is mainly used in solar energy conversion and battery development. It's better, new energy.

But the treatment is like that, if you do research and development, how to say that it is about 4500-8000 at the beginning. The graduate students in the direction of inorganic catalysts in our school will have a salary of 4000+ as soon as they graduate.

I graduated from Jida Chemistry, and anyone who studies chemistry should know Jida Chemistry. Organic chemistry is easy to find a job, basically go to pharmaceuticals but organic is very hard and is the most toxic in chemistry, I think the second direction is good, at present, energy is a hot topic, the subject of bioactive molecules is not much prospective, at present, the biological aspects are not easy to employ, there are some of my own practices after employment, for reference only.

ChemGene is a science about matter, covering everything from basic scientific research to industrial applications. As a result, the employment prospects for chemistry graduates are very bright. Here are a few aspects of the employment prospects for chemistry graduates:

1.Pharmaceutical industry.

Chemistry graduates have a wide range of employment prospects in the pharmaceutical industry, including new drug research and development, pharmaceutical engineering, pharmaceutical analysis, etc. With the rapid development of biotechnology, chemistry graduates also play an important role in the research and development of biopharmaceuticals.

2.Chemical industry.

Chemistry graduates can be engaged in chemical engineering design, new material research and development, catalyst development, etc. in the chemical industry. In addition, chemistry graduates can also work in the environmental protection industry, applying chemical principles to develop environmentally friendly and sustainable technologies.

3.Energy industry.

The energy industry is a fast-growing field, and chemistry graduates can work in oil and gas exploration, petrochemical industry, new energy research, etc. With the increasing awareness of environmental protection, chemistry graduates also play an important role in the development of renewable energy research and applications.

4.Education industry.

Chemistry graduates can also work in the education industry, serving as chemistry teachers in primary and secondary schools, and professors of chemistry in the world. In addition, they can also engage in basic and applied research in scientific and technological research institutes and research institutes.

5.Financial industry.

Chemistry graduates can work in the financial industry as analysts, investment consultants, etc., and these positions require good analytical skills and comprehension skills. In large enterprises, chemistry graduates can also work in business management, marketing, and other positions.

In conclusion, chemistry graduates have a wide range of employment prospects, and they can choose to pursue a variety of chemistry-related jobs. With the development of society and the progress of science and technology, more and more opportunities will appear in various fields, and chemistry graduates need to continuously improve their professional quality and comprehensive quality to meet the needs and development of the market.

After graduation, students of this major can be engaged in product research and development, device design, production process control and enterprise management in the field of chemical industry.

Industry: After graduation, he mainly worked in the pharmaceutical, education, new energy and other industries, roughly as follows:

1 Pharmaceutical Bioengineering.

2 Educational and training institutions.

3 New energy.

4 Petrochemical Industry and Mineral Geology.

5 Environmental protection. 6. Testing, certification.

7 Professional services (consulting, human resources, accounting).

8 Electronic Technology, Semiconductors, Integrated Circuits.

Position: After graduation, he is mainly engaged in R&D engineers, laboratory technicians, sales engineers, etc., which are roughly as follows:

1 R&D Engineer.

2 Chemist.

3 Sales Engineer.

4 Process Engineers.

5 Sales Representatives.

6 Sales Manager.

7. Experimenter: High School Chemistry Teacher.

8 Quality inspectors.

Work city: After graduation, there are more employment opportunities in Shanghai, Beijing, Guangzhou and other cities, which are roughly as follows:

1 Shanghai. 2 Beijing.

3 Guangzhou. 4 Shenzhen.

5 Hangzhou. 6 Suzhou.

7 Nanjing. 8 Wuhan.

3. What are the employment prospects of chemistry majors?

The employment prospects of chemistry majors are high every year, and the employment industries include education, materials, military industry, automobile, military, electronics, information, environmental protection, municipal, construction, building materials, fire protection, chemical industry, machinery and other industries. Departments include: quality supervision and testing departments at all levels, scientific research institutes, design institutes, teaching units, production enterprises, fire brigades at or above the provincial level, etc.

According to the market research, graduates majoring in applied chemistry are suitable for engaged in applied research, scientific and technological development, production technology and management in production, technology, administrative departments and factories and mining enterprises such as petrochemical, environmental protection, commodity inspection, health and epidemic prevention, customs, medicine, and fine chemical plants. It is suitable to engage in scientific research and teaching in scientific research departments and schools; It is suitable for continuing to pursue a master's degree in applied chemistry and related disciplines.

The employment prospects of chemistry major are very good, because it is a science major in engineering colleges, graduates have a large choice of career choice, graduates can be engaged in product research and development, production, analysis and testing, process and equipment design, technical management and marketing in the field of chemistry and chemical engineering; You can also engage in chemical research or teaching in scientific research institutes, laboratories of general colleges and universities, or vocational schools such as high schools.

Summary. Hello dear, as a science girl, you can consider your interests and career plans. Here are a few of the more popular options:

1.Computer Science and Technology: With the advent of the information age, computer science has undoubtedly become one of the most popular majors in the field of engineering.

Computer science graduates have many employment opportunities and can find jobs in the IT industry, internet companies, technology companies, financial industries, and other fields. 2.Biological Sciences:

Biological sciences are a very broad field that includes biology, biochemistry, ecology, etc. Biological sciences graduates can find jobs in hospitals, pharmaceutical companies, scientific research institutes, and more. 3.

Chemical Engineering: Chemical engineering is a very promising profession that involves many fields such as chemistry, physics, mathematics, etc. Chemical engineering graduates can find jobs in petrochemicals, medicine, food, and more.

In addition, physics, mathematics, geology and other majors are also popular choices for science girls. When choosing a major, you need to understand the employment prospects, salary, working environment, etc., so that you can better plan your career development. I wish you a <> title on the gold list

For science girls, it is better to study what major to get a job.

Hello dear, as a science girl, you can consider your interests and career plans. Here are a few of the more popular options: 1

Computer Science and Technology: With the advent of the information age, computer science has undoubtedly become one of the most popular majors in the field of engineering. Computer science graduates have many employment opportunities and can find jobs in the IT industry, internet companies, technology companies, financial industries, and other fields.

2.Biological Sciences: Nuclear preparation biological sciences are a very broad field that includes biology, biochemistry, ecology, etc.

Biological sciences graduates can find jobs in hospitals, pharmaceutical companies, scientific research institutes, and more. 3.Chemical Engineering:

Chemical engineering is a very promising major, involving chemistry, physics, mathematics, and other fields. Chemical engineering graduates can find jobs in petrochemicals, medicine, food, and more. In addition, physics, mathematics, geology and other majors are also popular choices for science girls.

When choosing a major, you need to understand the employment prospects, salary, working environment, etc., so that you can better plan your career development. I wish you a <> title on the gold list

The chemical industry involves a wide range of industries, and many industries have chemical figures, so the chemical industry is still very promising, and there are more employment opportunities. I feel that it is relatively easy for the chemical industry to make achievements compared to other industries.

Engaged in engineering design, technology development, production technology management and scientific research in chemical, oil refining, metallurgy, energy, light industry, medicine, environmental protection and military industry. There are four main state-owned enterprises in the chemical industry: Sinopec, PetroChina, CNOOC, and Sinochem.

At present, there are many new chemical projects in China, and the jobs obtained by graduates of chemical engineering and other majors are rising instead of falling, and the employment prospects are promising.

Employment prospects for chemical engineering majors: No worries about finding a job within 5 years.

Employment Prospects of Chemical Engineering Majors [Release] Chemistry and chemical engineering majors are one of the majors with a relatively large talent gap, and the ratio of supply and demand for chemical and chemical engineering graduates graduated in Yangzhou in 2007 reached 1:3.

Employment Prospects of Chemical Engineering Majors [Analysis] The industry has strong technical requirements for talents. The in-demand positions are mainly technical, sales, and management positions. From the perspective of the industry, the professional employment demand is mainly concentrated in the chemical industry, energy industry, medicine, biopharmaceutical industry and environmental protection industry, high value-added new chemical materials, fine chemical manufacturing industry also need a large number of professionals, due to the high professional and technical requirements, graduates within 2-3 years to change careers more, the relative lack of talent, all markets for this professional talent demand is large, it can be said that there is this professional experience, 5 years do not worry about not finding a job.

As for finding a job after graduation, it mainly depends on which field you focus on. I am a graduate of polymer materials and am now engaged in research and development work, you can pay attention to some domestic professionals**, the above is full of chemical enterprise recruitment, recommended under the "China Chemical Recruitment Network.""Pay attention to see which companies are recruiting for related positions.

Environmental protection, craft factory, chemistry teacher, energy.

Green energy development, protect the environment, and improve energy utilization.

Today's students should adapt to the changes of the times when choosing a major, and learn the Internet not only to find a job, but also to start a business, because the cost of online entrepreneurship is relatively low. The specific choice of which major to choose, students should look at what their hobbies are, and it is best to choose according to their own interests, so that they can learn better.

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

Applied Chemistry: Graduates are suitable for research or teaching in chemistry or chemical research institutes (institutes), colleges and universities, and can also be engaged in technical management.

Applied Chemistry (Fine Chemical): Graduates are suitable for development, research or teaching in chemistry or chemical research institutes (institutes), colleges and universities, and can also be engaged in production technology management.

Pharmaceutical Engineering: Graduates can be engaged in teaching, research, design, development and operation management in scientific research institutes, colleges and universities, pharmaceutical companies, pharmaceutical enterprises, drug regulatory departments, foreign economic companies and other enterprises and institutions.