What can you do in society after graduating from the Department of Information and Computing Science

After graduation, most of them are engaged in computer-related majors. This is a large number. It's hard to say about the rest. Everything.

After graduation, students can be engaged in research, teaching, application software development in information and computing science, computer information processing, economics, finance and other departments, or engage in some practical application, development research or management in management departments. Or go to graduate school in information and computer information.

After graduation, students are suitable for engaging in scientific research, teaching and computer application software development and management in enterprises and institutions, high-tech departments, colleges and universities, administrative and economic management departments, and can also continue to study for a master's degree in information and computing science and related disciplines.

Postgraduate entrance examination. Automatic control: control theory and control engineering, pattern recognition, measurement and control, precision instruments, navigation and guidance.

Mathematics: Applied Mathematics, Operations Research, Financial Mathematics.

Economics: International**, International Finance, Investment.

Management: Operations Research, Business Management.

Finally, Master of Laws.

Direction of employment. After graduation, graduates can be engaged in research, teaching, application software development in information and computing science, computer information processing, economics, finance and other departments, or engage in some practical application, development research or management in management departments. Or go to graduate school in information and computer information.

Career prospects: Mainly engaged in research, teaching and applied development and management in the fields of science and technology, education and economics.

The five provinces and cities with the largest employment distribution are Shanghai, Jiangsu, Guangdong, Beijing and Zhejiang.

As far as I'm concerned, as long as you work hard, you can do anything in society.

If you are currently studying information and computing science and are confused about finding a job after graduation, you may wish to determine how well you have learned this professional knowledge, and then consider which jobs are related to it in society, so that you know what kind of job you can find after graduation. So, what kind of work can you do after graduating from the major of Information and Computing Science? Let me introduce you.

01 You can continue your studies.

If you are currently only studying for a junior college or undergraduate, after you have completed the major of information and computing science, you can continue to consider further study, and you can choose to earn a lot of money during your further studies, such as computational mathematics, computational mechanics, computer applications and software, automatic control or financial information.

02 Join colleges and universities or some scientific research units.

If you like to be a teacher, if you come out of some prestigious universities for undergraduate majors, you can consider teaching in some junior colleges, and you can also consider working in some scientific research units to engage in the teaching and research of information science and computational mathematics.

03 You can also go to some IT companies.

If you don't like to be a teacher and don't want to engage in scientific research, you can also directly enter an IT company at this time to engage in computer software development, information security and network security and other related jobs.

04 Get a job in a special industry.

You can also consider joining some special industries, for example, if you choose to work directly in the oil industry, I believe you can also find a job here that matches your major, so that your value can be reflected.

1. After graduating from the major of information and computing science, you can engage in research, teaching, application software development in information and computing science, computer information processing, economics, finance and other departments, or engage in some practical application, development research or management in the management department.

Or go to graduate school in information and computer information. Employment is mainly in the science, technology, education and economic sectors engaged in research, mathematics and computer teaching, application development and management.

2. The major of Information and Computing Science is an interdisciplinary major that combines mathematics and computer information management with the background of the information field. Students in this major have a good foundation in mathematics, can use computers proficiently, and initially have the ability to engage in scientific research, solve practical problems, and design and develop relevant software in a certain direction in the field of information and computer science.

The Information and Computing Science major is:

Information and Computing Science is an undergraduate major in mathematics, with a basic study period of four years and a bachelor's degree in science.

Students in this major mainly learn the basic theories, basic knowledge and basic methods of information science and computing science, lay a good foundation in mathematics, and receive solid computer training.

Initially have the ability to engage in scientific research, solve practical problems and design and develop related software in the field of information science and computing science, and cultivate high-level professionals who can be engaged in research, teaching, application development and management in the fields of science and technology, education and economy.

Expand your knowledge:

The knowledge system of information and computing science includes general knowledge, basic knowledge of disciplines, professional knowledge and practical teaching.

1. General knowledge:

In addition to the teaching content uniformly stipulated by the Ministry of Education and universities, the recommendations should also include university physics (including experiments).

2. Basic knowledge and professional knowledge of the subject:

1) Core Knowledge Areas:

Analytics, Algebra, Geometry, Stochastic Mathematics, Computational Science, Operations Research and Control, Information Science, etc.

2) Core Curriculum:

The core courses include professional foundation courses and major core courses.

Professional basic courses: Mathematical Analysis, Advanced Algebra, Analytic Geometry, Probability and Statistics, Ordinary Differential Equations.

Lack of Duration of Major Courses: According to different training directions, colleges and universities must select at least 6 courses from the following two groups as the main courses of Information and Computing Science, of which each group of courses should not be less than 2 courses

Group A: Differential Geometry, Complex Functions, Real Functions, Functional Analysis, Abstract Algebra, Topology, Mathematical Statistics, Stochastic Processes, Discrete Mathematics, Partial Differential Equations, Mathematical Modeling.

Group B: Numerical Analysis, Numerical Solution of Differential Equations, Programming and Algorithm Languages, Data Structures and Algorithms, Fundamentals of Information Theory, Coding Theory, Digital Signal Processing, Data Analysis, Fundamentals of Cybernetics, Operations Research.

Practical teaching: graduation ** (design) mainly includes academic and scientific and technological activities, curriculum design and experiments, etcGraduation Internship, Social Investigation (Practice).