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Biotechnology refers to the technology that uses organisms or their components for manual operation or transformation to achieve the purpose needed by human beings. Biotechnology can be applied to medicine, agriculture, industry, environment and other fields, with broad development prospects and market demand.
Biotechnology majors train senior professionals who have the basic theories, knowledge and skills of life science, can engage in scientific research or teaching in scientific research institutions or universities, and can engage in biotechnology-related applied research and technology development in enterprises, institutions and administrative departments in industries such as industry, medicine, food, agriculture, forestry, animal husbandry and fishery.
2. Life sciences
Life science refers to the study of all aspects of life phenomena and laws, including basic theoretical research and applied technology development. Life science is a comprehensive discipline covering many branches and directions, such as genetics, cell biology, molecular biology, developmental biology and neuroscience.
Life science majors train senior professionals with solid basic knowledge of mathematics, physics and chemistry and extensive cultural literacy, master the basic theory and experimental skills of modern life science, be able to engage in education and teaching in colleges and universities, engage in basic research or applied research in scientific research institutions, and engage in related management or technology development in enterprises and institutions.
3. Ecology
Ecology refers to the study of the relationships and laws between various types and levels of ecosystems and their internal components. Ecology can be applied to the protection and utilization of natural resources, environmental protection and governance, urban planning and construction and other fields, which has important social value and practical significance.
Ecology majors train senior professionals with solid basic knowledge of mathematics, physics and chemistry and extensive cultural literacy, master basic theories and experimental skills of modern ecology, be able to engage in education and teaching in colleges and universities, engage in basic research or applied research in scientific research institutions, and engage in related management or technology development in enterprises and institutions.
4. Biomedical engineering
Biomedical engineering refers to an engineering discipline that uses the knowledge and methods of biology, medicine and engineering to study the physical, chemical and mathematical laws of life process and develop biomedical instruments, equipment, materials, systems and methods to improve the level and effect of medical diagnosis, treatment, prevention and rehabilitation. Biomedical engineering can be applied to medical devices, medical imaging, biological signal processing and other fields.
Biomedical engineering majors train senior professionals with solid basic knowledge of mathematics, physics and chemistry and extensive cultural literacy, master basic theory and experimental skills of modern biomedical engineering, be able to engage in education and teaching in colleges and universities, engage in basic research or applied research in scientific research institutions, and engage in related management or technology development in enterprises and institutions.