What are the most popular chemistry majors in universities? 1, chemical biology.
Chemical biology is to combine the characteristics of chemistry and biology, and cultivate specialized talents engaged in scientific research and manufacturing in this field. Due to the continuous development and progress of society, the middle and low-end talents in this major can no longer meet the market demand, so the employment prospects of high-end talents in this major are quite broad. After graduation, most students are engaged in research and teaching in scientific research departments and universities, which is also the most important employment flow for graduates. In addition, it can also engage in applied research, development and management of chemical industry, medicine, pharmacy, bioengineering, inorganic new materials, chemical industry, energy and other factories and mines. Therefore, employment is still very wide.
2. Molecular Science and Engineering
This major should be viewed from two aspects, chemistry and chemical engineering. Therefore, the purpose of molecular science and engineering is to train professionals who specialize in the research, development and teaching of chemistry and chemical engineering.
In this regard, we can also see from the setting of the main courses, as follows.
Chemistry courses include: inorganic chemistry, organic chemistry, analytical chemistry, physical chemistry, structural chemistry, biochemistry, polymer chemistry, advanced inorganic chemistry, advanced organic chemistry, inorganic materials and so on.
Chemical engineering courses include: chemical engineering principles, chemical thermodynamics, chemical reaction engineering, biochemical engineering, chemical separation engineering, chemical safety and environmental protection, functional polymer materials, pharmaceutical analysis, material physical properties, material structure analysis and so on.
At the same time, because of the professional needs of this major, practical teaching is essential, such as basic chemistry experiments and comprehensive experiments, which can generally be implemented for about 10 to 20 weeks.
3. Energy chemistry
Energy chemistry belongs to engineering, chemical engineering and pharmacy. Graduates can engage in clean energy conversion, coal chemical industry, green synthesis, new energy utilization, environmental chemical industry and other industries. As far as professional courses are concerned, they are similar to the first two majors: inorganic chemistry, physical chemistry, organic chemistry, analytical chemistry, chemical thermodynamics, chemical engineering principles, chemical reaction engineering and so on.
Of course, it also has its own characteristic courses: petroleum processing engineering, petroleum refining engineering, introduction to energy engineering, synthetic fuel chemistry, renewable energy engineering, synthetic fuel chemical design, energy conversion catalysis principle, synthetic fuel engineering and so on. And chemistry courses.
The talent training of this major can meet the extensive needs in the fields of chemistry, chemical engineering, traditional and new energy processing, and the graduates have a wide range of employment.
It is difficult to learn chemistry in college. To learn chemistry well, you can work in many industries and fields, such as being a chemist, researcher, technician, dispatcher, expert professor and so on. Chemistry involves many aspects of knowledge. If you learn chemistry well, you can work in many technical positions, your salary will not be low, and your future development prospects will be good. After all, the university has learned a lot of basic theoretical knowledge and has a certain technical content.