Professional analysis 1) Employment prospects of bioengineering. The advantages of high social recognition, as well as a broad and powerful biological foundation. Have high expectations for solid engineering knowledge and professional knowledge. The combination of the two has a solid foundation and wide application, and it is easy to turn to the direction of biological science or other related professional applications, such as food science and medicine, with rational thinking, good logic and strong problem-solving ability; Pay attention to practical ability, can experiment independently, and put forward a large proportion of graduate students who study the safety of professional papers. Many students have the opportunity to go abroad for further study. The disadvantages of professional setting are not very mature. The uneven biological science and engineering courses in various schools are the main body of learning. Heavy work requires a limited range of knowledge depth, and you have to study carefully, so you must put a lot of energy into it. Graduates with insufficient spare time have poor employment prospects, and higher education is needed in employment-related fields. In order to cultivate senior scientific and technological talents, a considerable proportion of people go abroad. All famous universities attach great importance to the development of their own professional applications, and it is easy to change majors, so that they can learn more about the upstream life sciences and the downstream practical engineering. There are many fields of employment, such as medicine, food, scientific research, advanced technology development, etc., which are highly professional and very promising. 4) It is relatively difficult to find a job after graduation, because many students go to further study to find a job, which is generally a low-level technical job, or simply give up and switch to a major. If they are interested and engaged in relevant research work, they need to do solid research. 1. The development and application of interdisciplinary comprehensive bioengineering abroad are closely combined. Many well-known foreign universities pay more attention to their own development, giving them huge opportunities to study abroad, and their study in this field will have more room for development. There is more advanced development and research in the field of life sciences abroad, and friendly exchanges are usually established with foreign universities. For famous universities in China, it is suggested that such a major, if many students go abroad to study and change their majors, have close cooperation, such as food fermentation, the Netherlands, Japan and other countries are also ideal places for graduate students. If you want to make achievements on this issue, or want to engage in technical work, you must go to graduate school in advance. Generally, more than half of the students choose to go to graduate school to play. It can be used in many related fields, such as biotechnology, pharmacy and food. The probability of safety research is relatively large, and schools and research institutes, for example, have been engaged in research work by jumping over a good learning opportunity and choosing the development of life science and scientific research. If you continue to major in fermentation engineering, pharmaceutical engineering and food science, and study for a master's degree after graduation is suitable for teaching undergraduate courses and environmental protection, the commodity inspection authorities may have a good employment prospect in the development of biotechnology products. 3. Engineering design, production management and product performance testing and analysis, etc. It is impossible for the teaching department to directly participate in scientific research. Some graduates turn to other industries, and some graduates are engaged in postgraduate work in related majors. Direct downstream technology is generally monotonous in the employment direction of medicine and food, and needs further experience to cultivate the master's practical ability of related research institutes in the future: Biotechnology Research Center of Tsinghua University Research Institute, bioengineering of Peking Union Medical College, bioengineering and other related research companies: Sino-American Biotechnology Company, Biotechnology Company of Harvard Business School in Beijing, China Biotechnology Company, Biotechnology Company in Beijing, Shanghai and other microbial bioengineering companies are well-known: top direction.