Should I choose a chemistry major? What careers can I choose to study chemistry?

I think if you like it, you can choose chemistry, I think the prospects of this major are also very good, and if you are a chemical company, I think it is also quite interesting, and you can make a lot of money.

I believe that many people are like me, and when they fill in the volunteer after the college entrance examination, they are thinking about what major is better, after all, the major is good and it is easy to find a job. Of course, it still depends on your own personal preferences, and it is best to choose according to your own interests. So, should you choose a chemistry major?

Let me share my opinion.

As far as I know, the chemistry major score is not very high in any school, mainly because the chemical industry is currently in a period of decline, so if you particularly want to choose this profession, it is best to choose the path of a chemistry teacher. If you simply take the path of pure chemistry, the prospect is not very good, and it is recommended that girls will not be able to study it. Something like this kind of engineering major, boys still learn a little more.

The main reason why it is difficult to find a job after this industry comes out is because the cost of doing chemical research is relatively high, especially the kind of large-scale, not very popular in China, but it is better abroad, but it is all based on the degree, if you want to work in a good foreign company, you have to have a master's degree, and undergraduates are now grabbing a lot, and other people's better companies don't need it at all. Many chemical companies in China are privately owned, and it is easy to find a job, but the salary is very low, and it is very tiring and hard, and the best way is to take a doctorate to become a professor.

To sum up, if you don't have to choose this major, I suggest that you choose other popular majors. After all, choosing a good major will really help you for a lifetime, and I chose the wrong major when I was in college, so I am still confused and don't know where to go.

Choosing a major involves a lot of specific issues, and a one-size-fits-all approach doesn't apply to anyone.

Chemistry is a college major. The major of chemistry cultivates high-level professionals who have the basic knowledge, basic theories and basic skills of chemistry, and can engage in scientific research, teaching technology and related management in chemistry and chemistry-related science and technology and other fields. The main courses of the chemistry major are inorganic chemistry, analytical chemistry, organic chemistry, physical chemistry, and chemical engineering fundamentals.

At present, the chemistry major has become a red card major due to the difficulty of finding a corresponding job unit after graduation, low salary, poor working environment, and high labor intensity.

Students who intend to pursue a career in chemistry will be happy to work independently. They will have an above-average level of scientific and mathematical talent, a dexterity to work with their own hands, the use of technical materials, and the dexterity to manipulate experiments. Tenacity, patience, curiosity, independence, creativity, and attention to detail are essential qualities that a professional chemist must possess.

Many chemicals are relatively toxic, although they do not directly affect the body, but they are prone to chronic poisoning after long-term exposure. Women's physical conditions are relatively poor, and long-term exposure to chemical reagents, especially organic chemical reagents, is easy to cause harm to the body, such as fertility and endocrine. Science is the study of the principles of basic chemistry and the synthesis of substances, mostly in the laboratory, because the laboratory conditions are mostly good, the impact on the body is less; Engineering is the actual production of chemical industry, and chemical plants are polluting and have a poor environment, which is very bad for girls' health.

After reading the above analysis, you should have a clear answer in mind.

1. After graduating from chemistry, he mainly worked in pharmaceutical, education, new energy and other industries: pharmaceutical, bioengineering, education, training, colleges, new energy, petroleum, chemical industry, minerals, geology, environmental testing, certification, electronic technology, semiconductors, integrated circuits.

2. The major of chemistry requires students to master the basic theoretical knowledge of chemistry systematically, have solid basic operation skills of chemical experiments, understand the latest knowledge of chemistry and the frontier of discipline development, and have the potential and quality to develop in different fields, especially in the further study of interdisciplinary disciplines.

3. Chemistry major: Inorganic Chemistry, Analytical Chemistry, Organic Chemistry, Physical Chemistry, Chemical Engineering Fundamentals, etc. Students in this major mainly learn the basic knowledge, basic theories, basic skills and related engineering and technical knowledge of chemistry, and are trained in scientific thinking and scientific experiments in basic research and applied basic research, and have good scientific literacy.

You can choose to become a chemistry teacher, a chemistry researcher, a cosmetics researcher, etc.

What careers are available for chemistry majors? What careers can be chosen to make chemistry majors? What careers can you choose to work in chemical chemistry majors? There is an option to work in a working chemical plant.

Meet your online boyfriend, who is holding and watching horror movies because he wants to take advantage of you. Generally, girls are more afraid of watching horror movies, and your boyfriend is holding you for this purpose, which can shorten the distance with you.

The majors that can be studied in chemistry are as follows:

1. Major in Applied Chemistry.

Applied chemistry is a course that cultivates scientific thinking and scientific experiment training in basic research and applied basic research of chemistry with basic knowledge, basic theories, basic skills, related engineering and technical knowledge and strong experimental skills in chemistry.

It is a discipline of senior professionals who can engage in scientific research, teaching and management in scientific research institutions, colleges and universities, enterprises and institutions.

2. Major in Chemical Biology.

The Department of Chemical Biology cultivates high-level professionals who learn the basic theories, basic knowledge and experimental and application skills of chemistry and biological sciences, receive scientific thinking and scientific experiment training in basic research and applied basic research, and have the basic skills of applied research, technology development and scientific and technological management.

3. Major in Molecular Science and Engineering.

The major of molecular science and engineering cultivates compound high-quality talents with good humanistic quality, broad and profound foundation in chemistry and chemical engineering, strong sense of innovation, basic scientific research ability and R&D and industrialization ability of new functional chemical products, and all-round development of morality, intellect, physique and aesthetics to meet the needs of national development.

4. Major in Biochemistry and Molecular Biology.

The major of biochemistry and molecular biology mainly studies biological phenomena from the perspective of microscopic and molecular, involving the intersection of physics, chemistry, mathematics, biology and other disciplines. Biochemistry and molecular biology are embedded in other majors in biology and are basic research majors.

5. Materials chemistry.

Materials chemistry is an emerging interdisciplinary discipline, which belongs to an important branch of modern materials science, chemistry and chemical engineering, and is the foundation and pioneer for the development of many high-tech fields.

Materials chemistry has made unique contributions to the discovery and synthesis of new materials, the development of nanomaterial preparation and modification processes, and the innovation of characterization methods. Materials chemistry is of great strategic significance in designing new materials at the atomic and molecular levels, and has broad application prospects.

Chemistry is sometimes referred to as the central science, so there are many different branches of chemistry involved.

The branches of chemical extension can be mainly classified as partial theoretical and partial applied. If the student wants to enter the academic world in the future, he or she can choose any of the science disciplines - mathematics, physics, chemistry, biology, etc. If you have a good foundation in mathematics and physics, you can choose computational chemistry, quantitative biology, and so on.

For example, if students are interested in biology, medicine, and pharmaceuticals, they can choose bioengineering, pharmaceutical engineering, and other similar majors. If you are interested in the environment and atmosphere, you can choose environmental engineering, atmospheric chemistry, etc. If you are interested in the ocean, you can choose marine chemistry or other similar majors.

If you are interested in chemical engineering, you can choose chemical engineering and technology. If you are interested in materials, you can choose a variety of materials majors, including polymer materials, nanomaterials, and so on. If you are unsure of a specific field, you can also study applied chemistry.

Of course, if the student does not have a clear "second hobby" or career intention, he can choose pure chemistry first at the undergraduate level, and then develop his own interests in various courses of chemistry.

The reason for choosing a chemistry major is that it is a good job to guess.

Chemistry is an undergraduate major in ordinary colleges and universities, and it belongs to chemistry majors. Students in this major mainly learn the basic knowledge, basic theories and basic skills of chemistry and related disciplines, have certain knowledge of humanities and social sciences, receive more systematic scientific thinking and basic training in scientific research, and initially have the ability to comprehensively use the basic theories and technical methods of chemistry and related disciplines for research, teaching and development.

The Chemistry major provides students with a career in chemistry and offers complementary courses including mathematics, physics and biology. In addition to equipping students with the basic knowledge of specific sciences, the program also develops students' ability to think critically, experiment with techniques, interpret observations, and express their thoughts clearly.

Benefits of Studying Chemistry:

1. Ensure the survival of human beings and continuously improve the quality of human life, such as the use of chemistry to produce chemical fertilizers and pesticides to increase food production, the use of chemistry to develop new energy and new materials, the use of chemistry to comprehensively apply natural resources and protect the environment, so as to make human life better.

2. Chemistry is a practical discipline, and mathematics and physics have become the foundation for the rapid development of natural science, and the core knowledge of chemistry has been applied to all areas of natural science, and chemistry is an important pillar of the powerful force of creating and transforming nature.

3. The intersection and penetration of chemistry and other disciplines have produced many marginal disciplines, such as biochemistry, geochemistry and atmospheric chemistry, which have led to the rapid development of science and technology such as biology, electronics, aerospace, laser, geology and oceanography.

For chemistry, you can choose chemistry, materials, chemistry and pharmacy.

1. Major in chemistry.

The chemistry major mainly studies the synthesis and reaction, separation and purification, analysis and identification, properties and functions, mechanism and morphology of substances. For example: the synthesis of chemical fertilizers, the reaction of drugs in the body, the refining of petroleum, the identification of food components, and the exploration of the properties of polymer materials.

Majors: Chemistry, Chemistry, Chemical Biology, Molecular Science and Engineering.

Professional courses: Inorganic Chemistry, Organic Chemistry, Analytical Chemistry, Biochemistry, Physical Chemistry, etc.

Recommended universities: Peking University, Tsinghua University, University of Science and Technology of China, Nankai University, Jilin University, Fudan University, Xiamen University, Shanghai Jiao Tong University, Nanjing University, Zhejiang University, etc.

2. Major in materials.

The materials major mainly studies and understands the structure and characteristics of various natural materials and synthetic materials, and synthesizes new materials, including nanomaterials, biomedical and biomimetic materials, environmental protection materials, etc. For example, the mechanical properties of glass-ceramic are studied for the manufacture of new hard drives, and the corrosion-resistant coatings are synthesized for the manufacture of aircraft shells.

Majors: Materials Science and Engineering, Materials Physics, Materials Chemistry, Metallurgical Engineering, Metal Materials Engineering, Inorganic Non-metallic Materials Engineering, Polymer Materials and Engineering, Composite Materials and Engineering, Powder Materials Science and Engineering, Gemstones and Materials Technology, Welding Technology and Engineering, Functional Materials, Nanomaterials and Technology, New Energy Materials and Devices.

Professional courses: Fundamentals of Materials Science, Materials (Mechanics, Physics) Properties, Metal Materials, Ceramic Materials, Electronic Information Materials, Modern Testing Technology of Materials, etc.

Recommended universities: Tsinghua University, Beijing University of Aeronautics and Astronautics, Wuhan University of Technology, University of Science and Technology Beijing, Harbin Institute of Technology, Shanghai Jiao Tong University, Zhejiang University, Northwestern Polytechnical University, etc.

3. Major in chemical engineering and pharmacy.

The chemical and pharmaceutical major mainly studies how to use chemical methods to promote production, and studies the synthesis, production, processing and treatment of various substances. The fields that require chemical industry include resources, energy, metallurgy, environmental protection, materials, biology, medicine, food, national defense and other fields.

There are majors: Chemical Engineering and Technology, Pharmaceutical Engineering, Resource Cycle Science and Engineering, Energy Chemical Engineering, Chemical Engineering and Industrial Biological Engineering.

Professional courses: Inorganic Chemistry, Organic Chemistry, Analytical Chemistry, Physical Chemistry, Principles of Chemical Engineering, Chemical Thermodynamics, Chemical Reaction Engineering, Chemical Design, etc.