What Are the Different Types of Information Science Technology?

Information and Computing Science (formerly known as "Computational Mathematics") was renamed "Computational Mathematics and Its Applications" in 1987, and was renamed "Information and Computing Science" by the Ministry of Education in 1998. Background, major in mathematics combined with mathematics and information, computer management. The students trained in this major have a good mathematical foundation, can use computers proficiently, and have the initial ability to engage in scientific research in a certain direction in the field of information and computer science, solve practical problems, and design and develop computer software.

Mathematical analysis,

State key disciplines in computational mathematics (including mathematics

Information and Computing Science Postgraduate Research

Computers: computer system architecture, microcomputer systems, parallel distributed / processing and intelligent computer systems, computer software, artificial intelligence and intelligent control, computer graphics and computer-aided design, computer information processing and applications, computer design automation and computer science theory .

Automation control: control theory and control engineering, pattern recognition, measurement and control, precision instruments, navigation guidance.

Mathematics: Basic Mathematics, Computational Mathematics, Applied Mathematics, Operations Research, Financial Mathematics, Systems Engineering.

Economics: Statistics, International Trade, International Finance, Investment, Industrial Economics.

Management: Operations Research, Enterprise Management.

Information and Computing Science Employment

Information and computing science employment trends. After graduation, graduates can engage in research, teaching, application software development in the fields of information and computing science, computer information processing, economics, finance and other departments or management departments to engage in some practical applications, development research or management. jobs. Or go to graduate school in the major of information and computer information.

Employment prospects: mainly engaged in research, teaching and computer teaching and application development and management in the technology, education and economic sectors.

Information and Computing Science Employment Trends

1. Continuing further studies: Graduates of Information and Computing Science majors not only have a solid mathematical foundation and good mathematical thinking ability, but also master the methods and skills of Information and Computing Science and are trained by scientific research. The field of choice will become very broad, and they can continue to pursue master's degrees in professional and research fields such as computational mathematics, computational mechanics, computer applications and software, information and network security, information science, automatic control, financial information, etc. Industry-specific master's degrees in certain disciplines that are closely related to information and computing.

2. Colleges and universities and research institutes: Graduates majoring in information and computing science can engage in teaching and research work in colleges and universities and research institutes. They can continue to engage in teaching and research in information science and computational mathematics. Excellent mathematical modeling ability and computing ability to solve practical application problems.

3, IT companies: Information and computing science graduates entering IT companies is an important employment direction, they can be very efficient in these companies engaged in computer software development, information security and network security work. The demand for talents in the information industry is first of all basic "skills", including the basic skills of computer programming, and requires good knowledge and skills in database and computer networks, and familiarity with basic software development platforms. As the information industry enters the era of "application" as the mainstream, high-level practitioners must not only master the basic "skills", but also have the ability to extract practical problems into calculation problems and solve the problems. This is information and calculation. The advantage of science students is also the reason why large domestic IT companies have snapped up graduates of computational mathematics from famous universities in recent years.