A comprehensive grasp of the theory and engineering methods in the field of computer application can be well qualified for teaching, scientific research, system design, product development and application system integration in universities, research institutes, large enterprises and institutions, high-tech industries and so on.
Computer software and theory
Software system development technologies such as software engineering, information system, parallel computing and pervasive computing. Can be well qualified for teaching, scientific research, system design, product development, application system integration and other work. In colleges and universities, research institutes, large enterprises and institutions, high-tech industries.
Computer system formation
02 network and information security
Computer communication, information security, multimedia signal processing.
05 graphic image processing technology
Computer graphics and image processing technology, embedded system
Computer network and graphic image processing
10 computer network and information processing
1 1 input and output technology and equipment, image processing and image understanding
12 information security theory and technology, embedded system
13 network security
14 information security and coding
15 network security and network computing
16 graphics, images and peripherals
17 computer input and output technology and equipment, graphics and image processing and understanding
II. What courses are there for computer network technology?
The network direction mainly studies the mechanism, wiring, configuration, optimization, network topology, various network protocols, load balancing, firewall, the use ability of network monitoring equipment, the proficiency of linux, the construction of computer rooms, the understanding of equipment of major companies including Huawei, H3C and Cisco, network automation management, traffic control, exception handling, log analysis, and a certain reading and writing programming foundation.
The employment direction is basically operation and maintenance engineers and network engineers. These two recruits have the most people (for college degree). They are responsible for the daily maintenance of various servers, computer room management, wiring and linux. They must be skilled in common commands for network configuration and be able to explain things in simple terms.
If you have the ability to take the Cisco certificate during your study, the gold content is still quite high, so if you can't win the favor of big companies, you can tie me to a rocket and shoot me into outer space under this topic, and I promise there will be no complaints. Or exaggerated, any of the above technologies as long as you can master and master, such as linux system.
I want to teach myself all the major courses of computer major in university.
All universities are similar. Advanced mathematics, linear algebra, probability theory and mathematical statistics, discrete mathematics edition, college physics, operating system, circuit power, signal, data structure, microcomputer principle, compilation, assembly and various languages are basically compulsory, but there are many other courses I can't remember clearly. University is characterized by more time, so you can read a lot of books. One of my classmates, who just graduated from college, earns more than 200,000 yuan a year. They read and code all day to participate in national competitions, and they became famous before graduation. They even read books such as programming beads when they were in college.
Universities are generally self-taught, attend classes and have no videos.
In fact, there is really no need to struggle. Be yourself.
Ⅳ What are the main courses for computer majors?
Main subject: computer science and technology system
Main courses: circuit principle, analog electronic technology, digital logic, digital analysis, computer principle, microcomputer technology, computer system structure, computer network, high-level language, assembly language, data structure, operating system, etc.
Main practical teaching links: including electronic technology practice, hardware component design and debugging, computer basic training, course design, computer engineering practice, production practice and graduation project (thesis).
:
This major is a wide-caliber major that combines computer software and hardware, faces the system and focuses on application. Through basic teaching and professional training, we will cultivate senior talents with solid basic knowledge, wide knowledge, strong engineering practice ability, pioneering and innovative consciousness, and engaged in scientific research, education, development and application in the field of computer science and technology.
The characteristics of computer science are: strong theory, strong practice and rapid development. According to the first-class discipline, it trains wide-caliber talents with solid foundation, pays attention to the theoretical and professional technical foundation of mathematics, logic, data structure, algorithm, electronic design, computer architecture and system software, and pays attention to basic natural science courses and professional courses in the first two and a half years, which broadens its positioning. The last year and a half is mainly about the setting of professional courses, which has increased selectivity, diversity, flexibility and directionality, highlighted the characteristics of subject direction and reflected the latest technological development trend.
References:
Sogou Network-Computer Major
Ⅳ What are the main courses for computer majors?
Main subject: computer science and technology
Main courses: circuit principle, analog electronic technology, digital logic, digital analysis, computer principle, microcomputer technology, computer system structure, computer network, high-level language, assembly language, data structure, operating system, etc.
Main practical teaching links: including electronic technology practice, hardware component design and debugging, computer basic training, course design, computer engineering practice, production practice and graduation project (thesis).
The characteristics of computer science are: strong theory, strong practice and rapid development. According to the first-class discipline, it trains wide-caliber talents with solid foundation, pays attention to the theoretical and professional technical foundation of mathematics, logic, data structure, algorithm, electronic design, computer architecture and system software, and pays attention to basic natural science courses and professional courses in the first two and a half years, which broadens its positioning. The last year and a half is mainly about the setting of professional courses, which has increased selectivity, diversity, flexibility and directionality, highlighted the characteristics of subject direction and reflected the latest technological development trend.
ⅵ What are the main courses of computer science?
C language, computer application foundation or computer introduction for freshmen of computer science and technology. Computer science and technology are mainly divided into two directions: software and network; The software direction mainly studies programming languages, that is,
ⅶ What courses do undergraduate computer science and technology majors need to major in?
1, digital logic circuit
Digital logic is a main course for undergraduates majoring in computer science, which has its own theoretical system and strong practicality. It is one of the main leading courses of computer organization principle and one of the main courses of computer application specialty in the excellent structure of computer department. The main purpose of this course is to help students understand and master the complete knowledge of the whole process from the requirements of digital systems to the realization of required logic functions with integrated circuits.
The contents include number system and coding, Boolean algebra and logic function, analysis and design of block logic circuits, analysis and design of sequential logic circuits, and application of medium and large scale integrated circuits. Through the study of this course, we can lay a solid foundation for the courses of computer composition principle, microcomputer technology and computer department.
(7) How to write the extended reading of computer specialized courses;
Employment prospect of computer science and technology specialty
Intelligentization makes the computer have the ability to simulate people's feelings and thinking processes, and makes the computer an intelligent computer. This is also the goal of a new generation of computers currently being developed. Intelligent research includes pattern recognition, image recognition, generation and understanding of natural language, game, theorem automatic proof, automatic programming, expert system, learning system and intelligent robot. Many robots with human intelligence have been developed.
Networking is another important trend of computer development. It is the inevitable result of the development of computer application to move from single computer to network. The so-called computer networking refers to the use of modern communication technology and computer technology to connect computers distributed in different places to form a large-scale, powerful network structure that can communicate with each other.
Multimedia computer is one of the most striking high technologies in the computer field at present. Multimedia computer is a computer that comprehensively processes all kinds of media information by using computer technology, communication technology and mass communication technology. This information includes text, video images, graphics, sounds, words and so on. Multimedia technology organically links all kinds of information into a system with human-computer interaction. Multimedia computer will really improve the man-machine interface and make the computer develop towards the most natural way for human beings to receive and process information.
ⅷ Computer major direction and main courses in all directions.
I don't know what computer you studied, but I studied network.
Brief introduction of network technology: major
This major faces the application field of network information technology, and trains high-tech applied talents who master the basic knowledge of computer network system and network communication and the application technology of common network tools, have certain abilities of software and hardware operation, installation, testing, website maintenance and development, and can quickly track the new computer technology. The main courses are: computer foundation, microcomputer principle, programming, data structure, practical operating system, web page making, network database and programming, network testing, network security, etc.
ⅸ computer science courses
Computer, freshman will definitely learn C, and then JAVA, C++ This is programming. Of course, the principle of computer composition, computer intranet, data structure and so on will also be involved. There must be difficulties. Programming is not that easy, and it is not easy for girls to learn. . . And become a programmer in the future? Lifelong programming? I don't want to anyway. . . See a person, like to know.
What courses do undergraduate computer science and technology majors need to major in?
There are too many courses listed upstairs. The main courses of computer science and technology are
1, discrete mathematics
2, C language major (other languages are also acceptable, such as C++, JAVA)
3. Data structure
4. Operating system
5. Database principle
6. Compilation principle
7. Software engineering
8. Computer networks
9, computer architecture (computer composition principle)
Others like electronic circuits, windows/unix programming, graphics and iconology, microcomputer interface, etc. It depends on what you want to do.