The question of the future of biological sciences majors, what are the employment prospects of biolo

I graduated from biology education, and now I am working as a biology teacher, and my major is the right one, because it is my favorite major, so the work is not very boring. When I was in college, I had the idea of going to graduate school, but after inquiring about the situation of graduate students in our school, I found that the reality was cruel.

First, after the postgraduate entrance examination, you still can't find your ideal job (stay in school to teach, enter a research unit, but in the above two cases, either you are particularly good, or you have to go through the relationship, sometimes excellent grades are worthless in front of the relationship), so after two or three years of struggle, I came to the school to apply again, and I felt that it was not worth it.

Second, after the graduate school entrance examination, they will start to take the TOEFL test and strive to go abroad for further study, which is the path often chosen by people majoring in biology. Because, either you will learn biological science and find a job to make a living, or you will have to study it thoroughly and conduct research. The biology major that is said to have a promising future in society is the latter.

But then at least you have to reach the level of a doctor, and you have to raise ten boats of ginger. For fermentation engineering or food science, if you graduate from a bachelor's degree, you can only go to the factory to do some manual labor at the beginning, and you are still far from being able to use theory to guide production. For example, the professor who taught microbiology in our university worked as a technical consultant in a pharmaceutical factory; The professor who teaches plant physiology studies ornamental plants, and all she has to do is write down her ideas, and someone will do it for her.

But they are all professor-level, and undergraduates can't compare.

I once applied for a job at the Forestry Bureau with a biotechnology major, but people ignored me, and it was not easy to find a job after graduating from the Department of Biology, so I finally became a teacher. The above is some of my experience, I hope it has some reference value. Think carefully!

If you're not interested, hurry up and change majors!!

Otherwise, you will be forced to go to graduate school, and the experiment will be boring.

Biology in college is completely different from high school, I liked biology very much in high school, but now it has a lot to do with chemistry, and it is very impractical, and I can hardly find a job in undergraduate. Otherwise, you will be ready to go to graduate school and study for a PhD, and then become a teacher or researcher.

You and I have a similar experience, I was originally interested in biology, but it's hard to find a job, it's useless to just take a graduate exam in biological sciences without taking a doctorate, so I crossed majors and went to graduate school in food, hehe.

Biotechnology Career Prospects:

Undergraduate students majoring in biological sciences are still very few and almost none. The reason is that it is difficult to stay in school to teach after graduating from a bachelor's degree, especially with high scientific and technological content and high professional requirements.

To engage in the teaching work of this major, it is not only necessary to have solid professional knowledge and skills, but also to have a strong strategic vision, and to have the ability to grasp the dynamics of the progress of things in the long run. In this way, we can have professional guidance, which is very important in teaching work.

This requires that in the process of learning, students should not only stay at the level of learning for a while, but also know how to draw inferences from one another, deeply think about the reasons for the formation of problems, and not only know what it is, but also know why it is so. In the process of learning, you should also learn to think about the teaching ideas of the tutor and lay a good foundation for the future work.

From the perspective of employment, students majoring in biological sciences can engage in scientific research or teaching in scientific research institutions or colleges and universities after graduation, and can also engage in applied research, technology development, production management and administrative management related to biotechnology in enterprises, undertakings and administrative departments in industry, medicine, food, agriculture, forestry, animal husbandry, fishery, environmental protection, garden and other industries. In addition, the scientific and technological content of biological science majors is relatively high, so it is also necessary for students in this discipline to choose to continue their studies in order to engage in professional scientific research in the future.

Regional differences are an inevitable problem for biological science majors, and the development of front-end science and technology is based on economic strength and actual demand. And these conditions are very different between large cities and small cities, where the rapid economic development and the corresponding new demands are constantly increasing, which provides impetus and possibilities for the development of the profession. Small and medium-sized cities have been slower in this regard.

According to statistics, more than 80% of the students majoring in biological sciences who are employed and looking for jobs choose to work in Beijing, Shanghai and important provincial capitals, believing that staying in big cities can provide more opportunities for the future development of their majors and individuals.

There must be two sides to everything, emerging industries, especially this kind of professional skills, science and technology content requirements are higher, in the growing and growing and popular employment at the same time, its employment competition is also becoming increasingly fierce, and the "threshold" is also relatively high, undergraduate graduation in the diploma is no longer an advantage. According to the latest data, more than 80% of graduates majoring in biological sciences choose to go to graduate school for further study, because it is still difficult for undergraduate graduates to find a good job with the right major. It is relatively easy to choose to work at the grassroots level, but the salary is too low and the grassroots units are generally in small cities or even remote areas, considering the future personal development may not be a good choice.

In addition, if you choose to enter the scientific research institute or the biological field of the enterprise, the working environment and treatment of both are good, and the average monthly income can reach 36,000 yuan, of course, there is a higher one, which also involves the competitiveness mentioned earlier.

Don't be too pessimistic, this major is not as difficult to find as imagined, in addition to professional issues, personal ability should also be considered when employed. Now it is more suitable for studying abroad and studying in China for postgraduate studies (according to the school's calculation method, this is also counted as employment), and the probability of applying for a scholarship abroad for this major is still relatively large. To study for graduate school in China, you can apply to various research institutes of the Chinese Academy of Sciences and study until you have a doctorate.

If you have the opportunity, you can apply to be a lecturer at a university.

If you really want to get a job directly after graduating from a bachelor's degree and don't want to stay away from your major, you can consider a salesperson in a biotechnology company (this is not recommended), or a related career as a food manufacturing technician. If you have a strong ability to adapt, you can go to other industries to apply for a try, and many large companies do not limit their majors.

If you really want to change your major, you can also consider going to graduate school in economics and management after completing your undergraduate studies. Nowadays, it is rare to hear of a certain major that is particularly good for employment.

I am a medical school student.

Specialty Life Sciences.

In addition to the things of this major, I learned.

I also learn a lot of medicine-related things.

For example, immunity. Pharmacological.

Physiology. Dissect.

But when I graduated, I only had a certificate in my major.

Because it belongs to medical school.

So it doesn't feel as good as the correction from the biology department from other universities.

I think it's unfair.

And now I don't know if I will go to ** Money Map in the future.

The school told us to go to graduate school.

But. Even if you are admitted to graduate school, it will take 3 years.

I'm tired. A man who graduated at the age of 27 and only started earning money.

And I have no work experience. It doesn't seem to be very competitive.

The enrollment has been expanded every year, and now there are so many graduates.

Came out a year late.

The pressure of competition is even greater.

Let's talk about it.

Come up with an idea.

The current status of the biological sciences major is as follows:

Industry Profile

Life science is a science that studies the nature, characteristics, occurrence and development laws of life phenomena and life activities, so as to clarify the interrelationship between various organisms and between organisms and the environment.

It is used to effectively control life activities, actively transform the biological world, and benefit human beingsLife science is closely related to human survival, people's health, economic construction and social development, and is the basic natural science that has attracted the most attention in the world today.

The stage of development of the industry

With the gradual improvement of China's comprehensive national strength and the continuous improvement of the construction of scientific and technological innovation system, China's investment in scientific and technological innovation and R&D has also grown rapidly. Data show that from 2013 to 2018, China's research and experimental development (R&D) expenditure increased on an average annual basis, leading the world in terms of growth rate.

At the same time, as the strategic position of biotechnology in leading the future economic and social development has become increasingly prominent, the state has successively introduced a series of encouraging policies and measures to actively encourage the whole society to conduct research in the field of life sciences, and China's research funds in the field of life sciences have grown rapidly.

From $43.4 billion in 2015 to $86.6 billion in 2019, with a compound annual growth rate of $83.6 billion. China Business Industry Research Institute**In 2021, China's research funds in the field of life sciences will reach 105.6 billion yuan.

Industry prospects in the field of life science research

Funding for scientific research has increased

With the increasing importance of basic research in countries around the world, there are more and more scientific research funds. In recent years, the proportion of funding in the field of basic science, especially in the field of life sciences, has gradually increased, promoting the rapid development of basic research and development in life sciences.

Emerging countries are developing rapidly in scientific research

In recent years, emerging countries, including China, have developed rapidly, and in order to narrow the gap with developed countries in cutting-edge technology, they have gradually increased their investment in scientific research in the field of life sciences, and the number of publications in internationally renowned journals has increased year by year, and some groundbreaking research has begun to appear.

The benefits of the transformation of achievements are significant

In recent years, life science research has developed rapidly, especially in the fields of immunity and genetics, and research results have been transformed into "blockbuster" drugs. The impressive commercialization precedent has driven basic research to the commercialization stage more quickly, thus driving the development of life science research.

The rise of small and medium-sized biotech companies

With the increasing difficulty of developing new chemical drugs and the development of life science research, biologics have become the main driving factor for the growth of the pharmaceutical market, and many small and medium-sized biotechnology companies have also begun to get involved in the research and development of biologics. In order to discover more new mechanisms and new targets, these biotech companies are also paying more attention to R&D investment.

Biological sciences is one of the most rapidly developing and popular disciplines in the world, 50% of the scientific research team in the United States are studying biological sciences, whether international or domestic, the country has invested a lot in biological sciences, so the development prospects of biological sciences are very optimistic.

The 21st century is the century of biology, and biology majors have broad employment prospects. Nowadays, the solution of increasingly serious social problems such as population, environment, food, resources and health also depends on biological and biotechnology technologies. It can be said that biology has penetrated into all fields of human production and life, and the employment prospects of biology professionals are broad.

Career direction in biological sciences1. College teachers.

2. Technical support, technical support from multinational companies or large biotechnology foreign companies.

3. Civil servants or public institutions.

4. Technical consultant, professional biotechnology foreign company.

5. Biotechnology service companies or scientific research units, biotechnology service companies.

6. Technicians, technicians of wineries, soy sauce factories, vinegar factories, biopharmaceutical factories and other enterprises.

7. Study abroad.

Biological science students can engage in scientific research, teaching and management in scientific research institutions, colleges and universities, enterprises and institutions. Enterprises, institutions and administrative departments engaged in industry, medicine, food, agriculture, forestry, animal husbandry, fishery, environmental protection, garden and other industries are engaged in applied research, technology development, production management and administrative management related to biological science and biotechnology.

Biological science is the basic science for the study of life phenomena, and it is the foundation of modern biotechnology. Biological sciences graduates can seek employment opportunities in a variety of academic and industrial institutions, including healthcare, food production, agriculture, pharmaceutical research and development, environmental monitoring, science and technology publications, universities, etc. The specific employment directions and prospects are as follows:

1. Medical research: Biological science graduates can choose to enter various medical research institutions, such as medical universities, research institutes, etc., to engage in medical research; Or let the lack of dust in the biomedical enterprises, engaged in biomedical research and development, production, quality control and other work.

2. Agriculture and Environment: In the field of agriculture, biological science graduates can work in animal and plant breeding, veterinary, animal husbandry, aquatic and other fields. The field of environmental protection includes ecosystem research, environmental monitoring, environmental pollution control, etc.

3. Food and Nutrition: Biological Science graduates have development opportunities in food processing, R&D and manufacturing of nutritional and health products, and food quality supervision.

4. Education and research: Biological science graduates can engage in teaching, scientific research and other work in teaching or research units such as universities and research institutions.

In conclusion, the employment prospects of biological sciences are broad, and professionals with high basic knowledge and practical skills in biology are needed in different industries. At the same time, new fields of biotechnology and biomedical sciences are frequently emerging, providing more employment opportunities and future development opportunities for graduates in the biological sciences.

Other directions in the biological sciences

1. Developmental Biology: The study of the process and laws of ontogeny, including the origin of life, embryonic development, genetics, etc.

2. Pathobiology and Immunology: study the pathological defense mechanism of organisms, including the invasion of pathogens, the response of the immune system and the best measures.

3. Neuroscience: the study of nerve cells and nervous system, including neuronal topology, neuronal communication, thought, action and memory.

4. Biotechnology: Through modern technologies in engineering and molecular biology, develop and solve a series of biological problems in plants, animals and human beings.

5. Nature Conservation Biology: Study the feasibility of nature conservation, and study biodiversity, endangered species, habitat restoration and other issues.

In conclusion, biological science is a field that involves a wide range of fields, including the basics and applications of biology, environmental research, and other aspects. Different directions of biological sciences have their particularities and importances, and those who study biological sciences can choose the direction that suits them according to their interests and career planning for in-depth research and development.