What are the employment prospects of computer science majors at China Information University? How ar

The university inspires people with the belief of serving the country's informatization construction, inspires people with the ideal of establishing a first-class university in the information age, unites people with the goal of cultivating outstanding talents in the information industry, inspires people with the prospect of common development with China Information University, attracts people with competitive remuneration, and strives to create a harmonious, harmonious and positive working environment.

The school has a team of full-time and part-time teachers. The teaching team, which is dominated by its own full-time teachers, effectively ensures that the school is fully committed to the education and teaching management of students. 80% of the school's teaching tasks and all homeroom teachers are in-house teachers.

This is the first of its kind among private universities in the capital.

In the 2008-09 academic year, full-time teachers with a bachelor's degree or above accounted for 45% of the full-time teachers, and 24% of the full-time teachers with senior professional titles.

Taking advantage of the abundant educational resources of the capital, the school has hired a group of experienced and well-known teachers from other famous universities and enterprises in Beijing to teach at the school, and at the same time hired experts and scholars, including members of the Curriculum Steering Committee of the Ministry of Education, as consultants to provide suggestions for the construction of the school.

In the 2009-2010 academic year, the university plans to recruit 40-60 doctoral students and returnee masters.

As long as you are a computer major, the prospects are very good++

I'm a senior in Chinese language and literature at Hechi University, don't look at the name of this major, I think it's a computer major, he belongs to the mathematics major, I have a friend who is a graduate student, and he still has a certain understanding of this major.

According to what I learned from my seniors, the training characteristics of this major are mainly to learn the basic theories, basic knowledge and basic methods of information science and computing science, lay a good foundation in mathematics, receive solid computer training, and initially have the ability to engage in scientific research, solve practical problems, and design and develop relevant software in the field of information and computing science.

If you want to learn a lot of basic computer courses in the major of information and computing science, such as operating systems, computer networks, computer composition principles, etc., it is estimated that people who like computers will be disappointed. This is because information and computing science is a first-level discipline of mathematics and a major in the Department of Mathematics, not a major in the Department of Computer Science.

As a result, the vast majority of colleges and universities will still set it under the School of Mathematics, rather than the School of Computer Science. However, I have heard that some engineering schools do teach a lot of computer knowledge to mathematics students, but on the whole, students in information and computing science still learn relatively little computer knowledge. There are really no computer courses in this major, and classic computer courses such as data structures are actually relatively missing.

The name Information and Computing Science is also confusing when recruiting on campus, because there are always many interviewers who think that this is a computer science major and do not realize that it is a mathematics direction. As a result, a bunch of computer questions were asked, and the students might not be able to get it.

But gold will always shine, no matter what kind of major you are engaged in in the future, the senior sister will give you a word, don't forget the original intention, you have to always. Come on, cute boys!

I majored in computer science, but I chose computer science and technologyIn comparison, information and computing science majors are more complicated. But they all belong to the science and engineering category, and they are all the same.

Introduction to the Information and Computing Science Specialization Program:

Mainly: circuit analysis principle, electromagnetic theory, antenna principle, electronic circuit, digital circuit, algorithm and data structure, computer foundation, microcontroller, signal and system analysis, ARM embedded system, analog circuit, high-frequency circuit, communication principle, etc. Doesn't it look complicated?In fact, it's all about computer knowledge, we learned computer basics, microcontrollers, circuit analysis last semester, and it's also relatively easy to learn, and it's all conceptual things.

Career direction of information and computing science;

Able to engage in the application and maintenance of computer hardware systems and the application, development and maintenance of small control systems. Able to engage in the development, application and maintenance of general application software, CAD and CAI software. Able to engage in the application, development and maintenance of information management systems.

Information & Computing Science Major About My Feelings:

I think that for this major, you should first choose the employment direction, and then make a set of study plans for yourself according to the direction, and 2 years is enough. The four years of college are all basic miscellaneous, but after employment, they can be used in a single one. If you don't understand anything in the learning process, ask the teacher, of course, you can also study at station b by yourself, as long as you work hard, you will eventually succeed.

The major of information and computing science, literally, is related to information, at first glance, and has a relationship with the current popular Internet. And in fact, you are wrong. This major is not in the School of Computer Science, nor in the School of Information Engineering, nor in the School of Software, most of the majors offered are in the Department of Mathematics, and many students who are admitted to this major will have to report to the Department of Mathematics when the time comes.

This is a discipline in which information science and computer science intersect with each other, and it requires mathematical theory and computer implementation. Therefore, students in this major not only have a solid mathematical foundation and mathematical thinking ability and the theoretical foundation of computer, but also have certain mathematical modeling and computer programming ability, and can use mathematical knowledge and computer software to solve practical problems in the field of information technology. The employment scope is still quite wide.

1. Have a solid foundation in mathematics, master the basic theories and basic knowledge of information science and computing science;

2. Proficient in the use of computers (including common languages, tools and some special software), with basic algorithm analysis, design ability and strong programming ability;

3. Understand a certain application field, and be able to apply the learned theories, methods and skills to solve some practical problems in scientific research or production;

4. Understand the new developments in the theories, technologies and applications of information science and computing science;

5. Master the basic methods of literature retrieval and data inquiry, and have certain scientific research and software development capabilities. [1]

Beijing Information Science and Technology University majoring in computer science and technology can choose the following directions:

1. The direction of the network network.

According to statistics, the employment prospects are good, and the graduates of this major can go to large telecommunication service providers at home and abroad, large communication equipment manufacturing enterprises to talk about the wide industry for technology development, of course, they can also go to some other enterprises and institutions to engage in the design, maintenance, education and training in the field of network engineering.

2. Software engineering.

After graduation, students can go to many well-known or non-well-known software enterprises, state agencies, information technology departments, education departments and other units of large and medium-sized enterprises and institutions at home and abroad to engage in technology development, teaching, scientific research and management in the field of software engineering. You can also continue to study for a master's degree in computer science and technology and a master's degree in software engineering.

3. Communication direction.

Students who have graduated from the major can engage in scientific research, teaching, and engineering technology in communication technology and electronic technology in the information industry, finance, finance, post and telecommunications, communications, national defense, colleges and universities, and scientific research institutions.

4. Network and information security.

This is a wide-caliber major, and the main discipline is information security and network engineering. After graduation, students can manage and serve senior professional engineering and technical personnel in the field of computer network systems and information security in the fields of national defense, military, telecommunications, electric power, finance, and railways. They can also continue to pursue a master's degree in information security, communications, information processing, computer software and other related disciplines.

The employment directions of computer science and technology majors include: network engineering, software engineering, communication, network and information security code rolling, computer application technology, etc. After graduation, you can engage in scientific research, system design, system protection, system management and other work in various enterprises and institutions such as network communication research institutes, first-class institutions, banks, electric power enterprises, computer network companies, communication companies, etc.

The above is the direction of work after graduation, but it is not a package ticket, and you have to work hard to meet the needs of the employer.

First of all, I studied computer science, <>

That is to say, the Department of Information Engineering mainly studies computer majors, which are oriented to the computer network application technology job groups of various enterprises and institutions, and can carry out computer operation and maintenance, computer LAN design, installation and commissioning; system integration of computer network communication products; WAN management and maintenance; Design, development and application of network management information system, design and development, etc. It can be engaged in network management, maintenance, web design and creativity and e-commerce in software parks, high-tech parks, major computer companies, network companies, high-tech enterprises, companies, enterprises and institutions and information departments.

Computer network technology mainly studies the basic knowledge and skills of computer network and network engineering, and carries out network installation and maintenance, network management, network software deployment, system integration, maintenance and marketing of computer software and hardware, database management, etc. For example: installation and debugging of computers and other equipment, testing, maintenance and repair of computer systems, design and production of web graphics, images, animations, sounds, etc.

The major of computer science and technology has different directions, which can be divided into applied software, network technology, and computer engineering (hardware). Correspondingly, there are four main aspects of graduate employment:

After graduation, students can go to large telecommunication service providers at home and abroad, large communication equipment manufacturing enterprises for technology development, and can also go to other enterprises and institutions to engage in design, maintenance, education and training in the field of network engineering;

After graduation, you can go to many software enterprises, state agencies, information technology departments and education departments of large and medium-sized enterprises and institutions at home and abroad to engage in technology development, teaching, scientific research and management in the field of software engineering, and you can also continue to study for graduate students in computer science and technology and software engineering;

After graduation, students can go to the information industry, finance, finance, post and telecommunications, transportation, national defense, colleges and universities and scientific research institutions to engage in scientific research, teaching and engineering technology in communication technology and electronic technology.

Fourth, the direction of network and information security, graduates can manage and serve the computer network system and information security field of national defense, military, telecommunications, electric power, finance, railway and other departments, and can continue to study for a master's degree in information security, communication, information processing, computer software and other related disciplines.

The employment prospects for Information and Computer Science majors are as follows:

1. Further study: Master's degree in computational mathematics, computational mechanics, computer application and software, information and network security, information science, automatic control, financial information and other majors and research directions, as well as master's degrees in some majors with industry characteristics and closely related to information and computing, such as geophysics, reservoir numerical simulation, well testing, storage and transportation, etc.

2. Colleges and universities and scientific research institutions: Graduates of information and computing science can engage in teaching and scientific research in colleges and universities, continue to engage in teaching and research in information science and computational mathematics, and solve practical application problems with their excellent mathematical modeling ability and computing ability.

3. IT enterprises: Graduates majoring in information and computing science enter IT companies as an important employment direction, and they can be very efficient in computer software development, information security and network security in these enterprises. The demand for talents in the information industry is first of all basic "skills", including the basic ability of computer programming, which requires good knowledge and skills in the use of databases and computer networks, and familiarity with basic software development platforms.

As the information industry has entered the era of "application" as the mainstream, high-level practitioners must not only master the basic "skills", but also have the ability to refine practical problems into computing problems and solve the problems.

The reason for the purchase of "computational mathematics graduates from well-known universities."

4. Employment in characteristic industries: In the previous guiding ideology of running a school, it has been mentioned that one is to emphasize reality, that is, each school should closely combine the actual situation of the school, and strive to make the major adapt to the positioning of the school, the specialty and development goals of the teachers of the school, and the demand for talents for the economic development of the region.