Which major is better for undergraduate applied chemistry graduate school?

There are 5 majors in undergraduate applied chemistry: chemical engineering, chemical machinery, chemical technology, applied chemistry, biochemical engineering, each major will have different research directions according to different schools, chemical process research chemical synthesis, biochemical research biochemicals, applied chemistry is very wide, generally fine chemicals, chemical engineering is the study of technological processes, chemical machinery research power transmission, mechanical equipment. In short, schools are different, each has its own advantages, and you should refer to the school when choosing a professional direction.

Electrochemistry belongs to fine chemicals, and many of them are made into batteries. Professional courses test the principles of physics and chemistry or chemical engineering, some take the number two, and some do not take the mathematics, except for the special schools are generally not difficult to test.

Applied chemistry is a discipline that cultivates senior professionals who have the basic knowledge, basic theories, basic skills, related engineering and technical knowledge and strong experimental skills in chemistry, have scientific thinking and scientific experiment training in basic research and applied basic research in chemistry, and can engage in scientific research, teaching and management in scientific research institutions, colleges and universities, enterprises and institutions.

You can learn any of them, the key is that you have to learn it well and then engage in research and development. Personally, I think that in addition to the process, several other doors can be used. Chemical technology is too difficult to learn, and you need to have a deep foundation in basic disciplines such as physicochemistry, heat and mathematical modeling.

What major to take the test has to be decided in combination with the school you are taking, the materials seem to be good, and the instrumental analysis is also good, the key depends on the tutor and the school. The mentor is not good, and you can't learn much without a project.

Organic chemistry is well developed, and it is difficult to come up with results. It is not easy for polymers to come up with results, but it is relatively easier to go abroad and find a job than organically.

The prospect of materials chemistry is not so good, or even poor, take our school as an example, there is a special school of materials, and there is also a school of chemical engineering, and the school of materials chemistry cannot find a job at all, and the school of materials is quite easy to find.

Chemical processes are easy to find a job, and it's best to get a chemical engineer or something, and then you basically don't have to worry about it in this life.

Generally speaking, to study chemistry, you have to make a name for yourself, and there are not so many certificates in the chemistry industry, just to take the engineer exam after working for a few years, and you will have everything.

The research in inorganic chemistry is relatively thorough, there is no future, and it is difficult to find a job after graduation.

Organic analysis is recommended.