1, Computer Science and Technology: With the development of science and technology, the employment prospects of computer science and technology specialty are very broad.
2. Electronic information engineering: Electronic information engineering is the foundation of modern information society and an important direction of future scientific and technological development.
3. Software engineering: Software engineering majors train senior software talents with good programming ability and system analysis ability.
4. Finance: Finance majors train financial talents with solid financial theoretical foundation and professional skills.
5. Mathematics and Applied Mathematics: Mathematics and Applied Mathematics majors train mathematical talents with profound mathematical theoretical foundation and extensive application ability.
6. Physics: Physics majors train physics talents with profound physical theoretical foundation and experimental skills.
7. Chemistry: Chemistry majors train chemical talents with profound chemical theoretical foundation and experimental skills.
8. Biological science: Biological science majors train biological talents with profound biological theoretical foundation and experimental skills.
9. Geographical science: Geographical science majors train geographical talents with profound theoretical foundation and practical ability.
10, environmental science and engineering: Environmental science and engineering majors cultivate environmental talents with profound theoretical foundation and practical ability of environmental science.
Characteristics of science major
1, strong theory: science majors pay attention to the study of theoretical knowledge and emphasize the mastery of scientific principles and basic concepts. Students need to establish a complete knowledge system through a lot of reading and understanding.
2. Strong practicality: Science majors not only require theoretical knowledge learning, but also pay more attention to practical operation ability. Many courses for science majors include experiments, internships and other links, so that students can deepen their understanding of theoretical knowledge in practice.
3. Strong innovation: Science majors encourage innovative thinking and cultivate students' ability to think and solve problems independently. Students need to use what they have learned to analyze and solve practical problems.
4. Interdisciplinary: The knowledge system of science majors usually involves many disciplines, such as physics, chemistry and biology. Students need to have an interdisciplinary knowledge structure and be able to understand and solve problems from different angles.
5. Broad development prospects: Science graduates have broad development space in scientific research, education, industry, medical care and other fields. With the development of science and technology, the employment prospects of science majors are getting better and better.