What are the career directions for computer science and technology majors?

For example, public institutions and enterprises have a department called "Information Center", which specializes in maintaining and managing the computers used in the work of the unit.

You can also learn to write programming software and become a programmer.

Anyway, it's very versatile, don't worry.

Networking, embedded software, and three directions. This profession relies on the accumulation of professional knowledge and the elevation of professional thinking. It's still okay to study hard.,Now the annual salary of network architects is hundreds of thousands.。。。

In short, the IT industry is entering the peak demand for talents, and it is not difficult to learn the basics and find a high-paying job with independent training.

There are a lot of them, now is the age of electronic information, so many public institutions, state-owned enterprises, private enterprises, multinational enterprises, etc., need computer science and technology majors, I hope it will help you.

The employment directions of computer majors include: network engineer, network marketer, software developer, Android engineer, UI designer, Internet architect, e-commerce, etc.;

If you want to study this major well, in addition to learning professional knowledge in the classroom, you can go to computer and Internet companies for internships in addition to studying, accumulate more experience, or go to training classes to learn professional skills before employment.

Computer has always been a popular major, now in the Internet era, all walks of life need computer talents, the IT market talent demand has been very large, as a popular industry salary is also very good, so the prospect of computer is still very good.

After graduation, students can go to large telecommunication service providers and large communication equipment manufacturing enterprises at home and abroad 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.

I am a student majoring in computer science and technology, and I am still in school, and there are a lot of people who study in this direction, but if you are admitted to a relatively good university, you have a good environment, because most of the people who study this are relatively superficial, and you only have to learn more deeply, you can, I have visited the computer center of Tsinghua University in the Tsinghua lecture hall of their school, and I have also communicated with people from some enterprises. Majoring in software development, the salary in Beijing is 5000 per month, which is still relatively low, you will know the prospects of this direction, and you might as well change the direction if you don't learn well.

To be honest, if you are ruthless to learn it, learn it to a certain degree (better level), I think it is still promising, learning a little basic, useless, really! If you have great ambitions, you have to study college!! Think for yourself!!

Good luck!!

This major is easy to find a job! The level of work depends on how well you learn!

China is also in short supply of high-end technical professionals.

The job pay is also stable.

The prospects are good. I work in computer programming in Jinan.

If you study web development, you can become a network engineer, and if you study software, you can become a software engineer, with a future income of at least 8k months, and you can also rely on technology to do freelance work online. In a word, "Where there is technology, it is all the road." ”

Now the prospect of studying computer science is still very good, and when choosing a school, you should choose a junior college, not an ordinary school, which school you graduated from and went to a factory.

After graduating from Xinhua Computer School, we will wait for employment, and the school will arrange jobs for us.

Which major should I choose to study computer and software programming? Computer science and technology should be one of the directions worth choosing. So, what exactly is the learning content of this major?

What are the employment directions? The guest speaker is from an IT company in smart tourism, and there may be some answers in his story.

Computer science and technology mainly studies the design and manufacture of computers, including the basic theories, skills and methods of computer software and hardware, the development and maintenance of computer systems and software, and the assembly of hardware. For example: the maintenance of the Windows system, the development of mobile APP, the assembly of desktop computers, etc.

Compared with network engineering and software engineering, computer science and technology majors have a wider range of studies.

The employment direction of computer science and technology major mainly includes: graduates of this major have a wide range of employment and considerable employment prospects, and can be engaged in scientific research, system design, system protection, system management and maintenance of computer networks and system development, design and system integration of applied computer science and technology disciplines in various enterprises and institutions such as network communication research institutes, first-class institutions, banks, power enterprises, computer network companies, communication companies, etc.

Computer science and technology majors have a wide range of employment prospects, and can be engaged in scientific research, system design, system protection, system management and maintenance of computer networks, and system development, design and system integration of computer science and technology disciplines in various enterprises and institutions such as network communication research institutes, first-class institutions, banks, power enterprises, computer network companies, communication companies, etc.

Computer Science and Technology is a wide-caliber major of computer science that takes into account both computer system and network, aiming to cultivate high-level engineering and technical talents in computer science and engineering with a combination of science and engineering.

Graduates of this major can be engaged in scientific research, system design, system protection, system management and maintenance of computer networks, and system development, design and system integration of applied computer science and technology disciplines in various enterprises and institutions such as network communication research institutes, first-class institutions, banks, electric power enterprises, computer network companies, communication companies, etc.

A language, related to computer programming, such as C.

Data structures and algorithms, which is where the design approach and art of computer programming come into play.

Computer architectureThis course is generally designed to how computer hardware is composed and how the entire architecture is designed.

Computer operating systemThis is what needs to be considered when designing an operating system.

Computer Networks, design to how computers communicate.

Databases, how to structure the storage of data, the principles of designing the database.

Software EngineeringHow to design and manage software from an engineering point of view.

Signal processingThe signal can be a piece of audio, an image, or information collected by a sensor, but how the signal is processed, transformed, and what a signal system looks like. This course has a wide range of applications and is very fundamental to many subjects.

Computer Graphics, very interesting subject, how to build a graphics system on a computer, the application of CAD, 3D models, games and other aspects. This discipline involves analytic geometry, algebra, geometry, and many more.

Computer image processing, about the image of all kinds of things, how to filter, how to balance.

Many**Compilation principle, known as a difficult undergraduate course, is the language itself, how to make a computer understand the problem, and how to design a compilation system.

Computer TheoryThere are automata theory, Turing machine theory, and computational complexity theory.

Information Theory, Cryptography, look at the contributions of Shannon's generation, and some things in modern cryptography, such as AES, MD5, DES, RSA, elliptical encryption, and so on.

Artificial intelligenceThis is a broad category, including narrow and broad senses, and there are many other disciplines below, such as machine learning, data mining, natural language processing, machine vision, etc.

Modular electricity, digital electricity, and courses such as microcontrollers should be considered hardware courses.

There are basically three career paths for computer science and technology graduates:

The first type of route is a purely technical route; The information industry is a sunrise industry, which puts forward higher requirements for talents, because this industry is characterized by rapid technological updates, which requires employees to constantly supplement new knowledge, and at the same time, the requirements for employees' learning ability are also very high;

The second type of route, from technology to management, this transformation is especially common in the computer industry, for example, writing programs, is a very mental work intensity, with the growth of age, many professionals in this industry often feel inadequate, so the transformation from technical personnel to management talents is a good choice.

The third route is to apply for civil servants or public institutions. Since all walks of life now need to use computers to work or complete information construction, civil servants and public institutions have set up more posts in addition to units that are especially aimed at the information industry, and generally many units have set up certain posts to meet the requirements of their own units for computer technology majors.

The Computer Science and Technology major focuses on the knowledge of discrete structures, basic algorithms, programming, data structures, computer composition, operating systems, computer networks, database systems, software engineering, etc. The courses offered mainly include Introduction to Computing, Data Structures and Algorithms, Digital Logic Design, Set Theory and Graph Theory, Algebraic Structure and Combinatorics, Mathematical Logic, Microcomputer Principles, Computer Organization and Architecture, Principles of Circuit Analysis, Digital Integrated Circuits, Signals and Systems, Microelectronics and Circuit Basics, Electronic Circuits, Algorithm Design and Design, Brain and Cognitive Science, Introduction to Artificial Intelligence, Compilation Technology and Practice, Operating System and Practice, Microcomputer Experiments, Programming Practice, Digital Logic Circuit Experiments, Digital logic design experiments, electronic circuit experiments, basic circuit experiments, etc.