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Anonymous users2024-02-06Computer theory courses include: Principles of Computer Composition, Assembly Language Programming, Object-Oriented Technology, Discrete Mathematics of Data Communication, Principles of Data Structures, Digital Circuits and Logic Design, Programming Course Design, Data Structure Course Design, Computer Composition Principles Experiment, Digital Circuit and Logic Design Experiment, Fundamentals of Computer Culture, Computer Programming, Linear Algebra, Probability Theory and Mathematical Statistics, Database Systems, Operating Systems, Computer Network Systems and Security, Computer System Architecture, General Physics, circuit electronics, etc.
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Anonymous users2024-02-05The training program and curriculum system of computer major are fundamentally different from that of non-computer majors. First of all, computer science students must have a solid theoretical foundation and learn the mathematical foundations of computer science, such as discrete mathematics, probability and mathematical statistics, formal languages and automata, theoretical computer science, etc. Without these theoretical knowledge, it is impossible to engage in theoretical computer science research in the future, such as computability theory, algorithm design and complexity analysis, cryptography and information security, distributed computing theory, parallel computing theory, network theory, bioinformatics computing, computational geometry, programming language theory, etc.
Secondly, students majoring in computer science must have systematic professional knowledge, and they must learn a large number of professional basic courses and professional courses, such as programming basics, digital logic circuits, computer composition principles, operating systems, data structures, compilation principles, network principles, software engineering, and so on. Through the study of these courses, students can have a deep understanding of the hardware composition and structure of computers, and master comprehensive software design and development techniques. The learning process emphasizes the combination of basic theory and practical application, and cultivates innovation ability in learning and practice.
Non-computer science students generally only learn basic programming, simple operating systems, and network applications, and cannot be compared with computer science students in terms of depth and breadth. Thirdly, students majoring in computer science can also have a large number of opportunities to study professional electives that reflect the cutting-edge knowledge of computer science, such as database technology, artificial intelligence technology, multi-technology technology, network security technology, etc. Through these courses, students can be in line with the world's cutting-edge leading science and technology, broaden students' horizons, broaden their knowledge, and strive to cultivate students into compound talents suitable for research, design and application development.
Non-computer science students often lack such opportunities to understand the frontiers of computer science and technology, and learn some relatively mature computer science basics, which are not challenging.
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Anonymous users2024-02-041. Computer Science and Technology: C Language Programming, Computer Composition Principles, Data Structures, Operating Systems, Microcomputer Principles and Assembly Language, Computer Networks, Computer System Architecture, Software Engineering, Object-Oriented Programming.
2. Computer software major: Programming for computer components, operating systems, data structures, computer networks, software engineering, compilation principles, distributed systems, software project management, and oracle database systems.
3. E-commerce major: principles of management, e-commerce, logistics management, computer network, chain management, e-commerce platform and core technology, international business management, e-commerce case analysis, business construction.
Dizzy. I actually ran here and asked.
Don't worry. See for yourself ......Intercepted in the courtyard, does it make sense that the people are so good overall? >>>More
The computer of NTU is also good, and the employment is very strong after graduating from NTU, and the development in the Yangtze River Delta is very good.
Your question is not specific, computer major is a big concept, and now the school is generally refined, there are computer network technology, computer application technology, software development, software testing, game development, multi-technology and so on. You have to ask the specific major, so that you can tell you what courses are available.
I graduated with a major in computer science, if you want to develop from the computer side, it is recommended that you choose according to your interests, if you are not interested in computers, it is difficult to learn well. Now the computer side of the job search is generally those few: software programming testing, graphic design (including image effect design processing, animation advertising), network technology (including network maintenance, network communication, design, operation and network marketing), there is a new dynamic in the network is SEO technology, I found that many companies have recently begun to recruit SEO talents, this SEO is a category that has only begun to rise in the past two years, Mainly with the rise of e-commerce, I personally think that e-commerce will become more and more prosperous in the future, if you are interested, you can pay attention to this aspect. >>>More
The field of computer is very broad, can be subdivided into several development directions, and some majors related to computer and information, such as: computer science and application, computer information technology, computer network, computer software and program development, computer hardware development, computer communication, computer management, computer automation and control, electronic information engineering, Majors in other computer applications and so on. >>>More