The following is my personal opinion, for reference only, I hope you will adopt it!

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The various directions and employment rates of this major are: biochemistry 79.45, microbiology 80.52, biotechnology 75.94, biological science and technology 86.73, and biopharmaceuticals 84.52.

Graduate employment rate: 88.99.

The 21st century is the century of biotechnology, and talents engaged in biotechnology research and development will be highly valued by employers.

In fact, this major has been warming up since the end of the 20th century. It may not be as popular as other popular majors at the beginning of the 21st century, but then it will become popular at an astonishing speed and will occupy a position at the forefront of scientific research.

This article was compiled by the editor of Let’s Go to Study Abroad and reprinted from Let’s Go to Study Abroad together.

Employment prospects: Mainly engage in scientific research or teaching in scientific research institutions or colleges and universities, or in enterprises, institutions and administrative departments in industry, medicine, food, agriculture, forestry, animal husbandry, fishery, environmental protection, gardening and other industries, engaged in related fields

Biotechnology-related applied research, technology development, production management and administrative management.

The largest number of jobs are distributed in five provinces and cities: Shanghai, Guangdong, Jiangsu, Zhejiang, and Shandong.

Employment distribution statistics of graduates: (percentage of employment industry or department) other public institutions 0.90, colleges and universities 0.90, scientific research and design units 3.47, going abroad 11.76, admitted graduate students 38.76, state-owned enterprises 6.94, government agencies 0.75, private and private enterprises 15.23, troops 0.49, medical and health units 0.45, foreign-funded enterprises 5.43, medium

Primary schools and other teaching units 1.06 Self-employment 3.32 (1) Bioengineering abroad is a comprehensive cross-development discipline and is closely integrated with applications. Many famous foreign universities pay attention to its development, so there are great opportunities for further study abroad, and there will be more

Big room for development.

You can turn to study life sciences. There are more advanced development studies in this area abroad. Famous universities in my country have generally established friendly exchange relationships with foreign universities and will recommend many students in such majors to study abroad.

If you change your major to study subjects closely related to engineering, such as food fermentation, the Netherlands, Japan and other countries are also ideal places to go.

(2) Postgraduate studies There is a large proportion of postgraduate studies. If you want to make achievements in this subject or engage in high-level technical work, you must go to graduate school for further study. Generally, more than half of the students will choose to go to graduate school.

There is a wide range of choices for graduate school, and you can turn to many related fields, such as biology, pharmaceuticals, food, etc.; the chances of being admitted to graduate school are relatively high, and there are great opportunities for cross-admission from various schools and research institutes.

If you choose life sciences for graduate school, you will develop in the direction of science research. Generally, you will always be engaged in research work, such as continuing your major or switching to fermentation engineering, pharmaceutical engineering, food science, etc. After graduating with a master's degree, you will have good employment prospects.

(3) Looking for a job: Suitable for technical development, engineering design, production management and product performance testing and analysis of biological products in departments such as medicine, food, environmental protection, commodity inspection and other departments, as well as research and teaching work in teaching departments.

It is unlikely that undergraduates will directly engage in scientific research work. Some graduates will turn to other industries, and some graduates will engage in downstream technical work in related majors.

Graduates can directly find employment in the fields of medicine, food, etc. The work content is generally monotonous technical work and requires further experience accumulation and practical operation ability development.

(4) Future employers Related research institutes: Bioengineering Research Center of the Chinese Academy of Sciences, Bioengineering of Tsinghua University, Peking Union Medical College Institute of Bioengineering, etc.

Relevant companies for employment destination: Huamei Bioengineering Company, Beijing Baisai Bioengineering Company, China Bioengineering Company, Beijing Bioengineering Company, Shanghai Bioengineering Company, etc.