Electronic information science and technology to cultivate the basic theory and basic knowledge of electronic information science and technology, subject to rigorous scientific experimental training and preliminary training in scientific research, can be in the electronic information science and technology, computer science and technology, and related fields and administrative departments to engage in scientific research, teaching, science and technology development, product design, production and technical management of senior specialists. Electronic information science and technology senior specialists in the management of technology.
2, information science and technology
Information science and technology is a university program, training has a solid basic knowledge of mathematics, physics, electronics and computers, systematic mastery of optical information processing technology, modern electronics technology and computer applications of the basic skills.
Can in optical communications, optical information processing, and related electronic information science, computer science and other information technology fields, especially the optical mechanical and electrical integration industry engaged in scientific research, product design and development, production technology or management of the twenty-first century-oriented senior specialists.
3, digital media
Digital media belongs to the engineering disciplines, refers to the binary number in the form of recording, processing, dissemination, access to the process of information carriers, these carriers include digital text, graphics, images, sound, video images and animation and other sensory media, and representation of these sensory media (coding) and other representations of these sensory media, commonly referred to as the logic of the media, as well as storage, Transmission, display of logical media physical media
Ⅱ What are the specialties of computer graduate school
Computer exams **** are computer science and technology, software engineering, network engineering, information security, Internet of things engineering, digital media technology, intelligent science and technology, spatial information and digital technology, electrical and computer engineering.
Courses include Principles of Electric Circuits, Analog Electronics, Digital Logic, Digital Analysis, Principles of Computing, Principles of Microcomputers, Microcomputer Technology, Computer System Architecture, Computer Networks, Advanced Languages, Assembly Languages, Data Structures, Operating Systems, Principles of Compilation, Systems Analysis and Control, Principles of Signal Processing, and Introduction to Communication Principles.
There are many computer majors derived from the intersection with science and engineering, such as Mathematics and Applied Mathematics, Automation, Information and Computing Science, Communication Engineering, Electronic Information Engineering, and Computer Application and Maintenance.
In the fourth disciplinary assessment of national universities, Tsinghua University, Peking University, Zhejiang University and the National University of Defense Technology, the four universities took the best results (A +) within the field of computer science and technology, claiming to be the strongest universities in the field of this discipline.
Ⅲ What are the specific classifications of computer science majors
1 Software development (major majors: computer science and technology, software engineering, etc.), which is to write code and develop programs. There are various development languages C/C++,JAVA,C# and so on.
Note: system development, network programming and large games or need to learn C / C + + + (personally believe that the more difficult point), mobile games need to learn JAVA. engineering projects, system software development, commonly used is JAVA / JavaEE and C # / .NET, there are some small and medium-sized development of commonly used technologies Delphi, PB, PHP, ASP and so on.
Many people are from the C language to start contact programming, it is the classic, but also very powerful, with the status of the beginning and end, you can lay a good foundation for the future.
2 Computer Network Technology (major professional: communications, network security and management, etc.), defined very broadly, the network field and computer, the development direction of the same refinement is very detailed, can be completely independent of the ranks of the computer profession, the main areas involved in the communication protocols, network information security and so on.
3 electronic specialties tend to hardware, microcontroller, embedded, etc.
Hardware, feel more difficult to learn than software, difficult to learn the practice of learning the environment is difficult to find, such as embedded, mainframe, never like software learning, a computer connected to a network on the live, huh. Therefore, it is not less than the gold content of the software, and more importantly, it is also relatively more than software technology development "stable", that is, as the saying goes, "the older the more popular" phenomenon is more obvious, more is an accumulation.
4 Computer Application Technology, tends to "application", undergraduate this specialty is rare, mostly seen in the specialty. Graduate students seem to have this specialty, but "this application is not the other application"! Computer applications is a hodgepodge of everything, software, hardware, networks, databases, but they are all skin deep, the goal is to combine the characteristics of other industry sectors using computers. For example: industrial design/drafting, animation/flash, multimedia processing and so on.
Ⅳ Undergraduate computer class what are the majors
1, computer science and technology
To cultivate a good scientific literacy, a systematic mastery of computer science and technology, including computer hardware, software and application of the basic theories, basic knowledge and basic skills, to be able to engage in scientific research institutes, enterprises and institutions, technology and administration in the teaching, research, development, and management of senior management. The course is designed for senior specialists in teaching, research, development and management in scientific research institutes, enterprises, technical and administrative departments.
Courses include Principles of Electric Circuits, Analog Electronics, Digital Logic, Digital Analysis, Principles of Computer, Principles of Microcomputer, Microcomputer Technology, Computer System Architecture, Computer Networks, Advanced Languages, Assembly Languages, Data Structures, Operating Systems, Principles of Compilation, Systems Analysis and Control, Principles of Signal Processing, and Introduction to Principles of Communication.
2, software engineering
Software engineering is a study of engineering methods to build and maintain effective, practical and high-quality software. Software engineering is a new specialty of the Ministry of Education in 2002, with the expanding field of computer applications and the continuous development of China's economic construction, software engineering will become a new hot specialty.
The specialty is based on the discipline of computer science and technology, and cultivates senior specialists who can engage in software development, testing, maintenance and software project management. Meanwhile, there are applications of computer software in almost every industry, such as industry, agriculture, banking, aviation, *** sector, etc. These applications promote the development of the economy and society, as well as improve the efficiency of work and life.
3, information security
Information security major, with comprehensive information security expertise, is a cross-discipline of computers, communications, mathematics, physics, law, management and other disciplines, the main research to ensure that the science and technology of information security. Cultivate senior specialists in information security who can be engaged in the fields of computers, communications, e-commerce, e-government, e-finance and so on.
To enable students to have strong application ability, the ability to apply the basic knowledge they have mastered to solve practical application problems, and constantly enhance the application of the system, the development and the ability to continuously acquire new knowledge. Efforts to make students have both a solid theoretical foundation and strong application ability; can undertake the development of practical systems, but also scientific research.
4, the Internet of Things Engineering
The Internet of Things (Inter of Things) is a word that is generally recognized at home and abroad is MITAuto-ID Center Professor Ashton in 1999 in the study of RFID was first proposed. In 2005, the International Telecommunication Union (ITU) released a report of the same name, the definition and scope of the Internet of Things has changed, the scope of coverage has been greatly expanded, and no longer only refers to the Internet of Things based on RFID technology.
The Internet of Things is based on the Internet, traditional telecommunication networks and other information carriers, so that all can be independently addressed ordinary physical objects to achieve interoperability of the network is also known as the Internet of Things domain name.
5, Digital Media Technology
Digital Media Technology (Digital Media Technology), belongs to the computer class, also belongs to the electrical information class, aims to cultivate advanced game design concepts, design ideas, solid professional foundation and the ability to create a practical senior composite talents. The program mainly offers game planning, game user experience analysis, game development programming basics, object-oriented programming, game creation and other courses.
Compared with the digital media art major, this major pays slight attention to the cultivation of technical quality, which can be adapted to the new media art creation, network multimedia production, advertising, film and television animation, mass media, real estate industry demo animation film production work.
6, Intelligent Science and Technology
Intelligent Science and Technology was proposed by the Department of Intelligent Science in 2003, the Department of Intelligent Science, the predecessor of the Peking University Center for Information Science, was founded by the Department of Mathematics, Department of Computer Science, Department of Electronics and other 10 departments (institutes) of Peking University in 1985, is mainly engaged in the research and development of cross-disciplinary research in the fields of machine perception, intelligent robotics, intelligent information processing and machine learning. machine learning and other interdisciplinary research and teaching. Intelligent science and technology is a basic undergraduate major oriented to cutting-edge high technology, covering a wide range.
The major covers robotics, intelligent systems based on a new generation of network computing, microelectromechanical systems (MEMS), various types of intelligent technologies and systems closely related to the national economy, industrial production and daily life, and new-generation human-computer system technologies.
7, spatial information and digital technology
Spatial information and digital technology from 2004 Xi'an University of Electronic Science and Technology, Wuhan University, first opened so far, after several years of development, has become a more mature profession.
There are now two main connotations of spatial information and digital technology majors in China, one is (geographic) spatial information and digital technology pioneered by Wuhan University (i.e., Wuhan University model), and the other is the technology opened by Xi'an University of Electronic Science and Technology (XUET), which is the research object of spatial information in outer space (i.e., XUET model).
(4) Computer science majors include what extended reading:
The characteristics of the computer science discipline are mainly reflected in: theoretical, practical and rapid development.
By the first level of discipline to cultivate a solid foundation of broad-mouth talents, reflected in the emphasis on the theoretical foundation of mathematics, logic, data structure, algorithms, electronic design, computer architecture and system software and other aspects of the theoretical foundation and professional and technical basis, the first two and a half years of focus on the basic courses of the natural sciences and the basic courses of the profession, to broaden the orientation.
The second one and a half years mainly focuses on specialized courses, increasing optionality, diversity, flexibility and orientation, highlighting the characteristics of discipline orientation, and reflecting the latest technological development trends. So far it has covered all the second-level disciplinary courses. Strengthen the mathematical foundation and analytical ability, higher mathematics changed to mathematical analysis, increase the computer mathematical foundation courses, reflected in the assumption of combinatorial mathematics, increase the hours of discrete mathematics, and computer follow-up courses (such as algorithms and data structures, compilation and other courses) reflecting the application of mathematics in a continuous line.
More emphasis on practical teaching links, increase the proportion of experimental courses, course design, focusing on independent practice sessions, on-line practice throughout the four years of study, to strengthen the cultivation of the ability to apply knowledge comprehensively.
Ⅳ computer categories include what majors
1.information science - information science is to information as the main object of study, to the law of movement and application of information as the main content of the study, to the computer and other technologies as the main research tool to expand the information function of human beings as the main goal of an emerging comprehensive discipline. Information science by information theory, cybernetics, computer science, bionics, systems engineering and artificial intelligence and other disciplines interpenetrate each other, combined and formed.
2. Software Engineering - (Sofare Engineering, abbreviated as SE) is a discipline that studies the engineering approach to building and maintaining effective, practical and high-quality software. It involves programming languages, databases, software development tools, system platforms, standards, and design patterns. In modern society, software is used in a variety of applications.
Typical software such as e-mail, embedded systems, human-computer interfaces, office suites, operating systems, compilers, databases, games, apps, and so on. At the same time, computer software is used in almost every industry, such as industry, agriculture, banking, aviation, *** sector, etc. These applications contribute to economic and social development, making people's work more efficient while improving the quality of life.
3. Information system - the so-called MIS (Information System - Management Information System) system, is a human, computers and other peripheral equipment, such as the composition of the collection of information, transmission, storage, processing, maintenance and use of the system.
It is an emerging science, its main task is to maximize the use of modern computers and network communications technology to strengthen enterprise information management, through the enterprise has human, material, financial, equipment, technology and other resources to investigate and understand,
Establishing the correct data, processing and preparation of a variety of information provided to the management staff in a timely manner, in order to carry out correct decision-making, and continuously improve the management level of the enterprise. Decision-making, and constantly improve the management level and economic efficiency of enterprises. At present, the enterprise computer network has become an important means of technological transformation and improve the level of enterprise management.
4. Computer engineering - (also known as electrical and computer engineering or computer systems engineering) is a discipline that combines the contents of electrical engineering and computer science. Computer engineers are being electrical engineers have more training in the areas of software design and hardware, and software integration. In turn, they focus less on power electronics and physics.
Computer engineers are involved in many aspects of computing, from designing individual processors, personal computers, and supercomputers, to circuit design. Many subsystems of this engineering monitor motor vehicles.
5. Information Security - This program is a cross-discipline of computers, communications, mathematics, physics, law, management, and other disciplines, and focuses on the science and technology of ensuring information security.
VI What is included in computer science majors
The broad category of computer science majors includes four undergraduate majors: computer science and technology, network engineering, software engineering, and digital media technology. Among them, computer science and technology majors cultivate computer hardware and software design and computer application specialists; network engineering majors cultivate network engineering technology direction of specialists; software engineering majors cultivate software engineering technology and software engineering management direction of specialists; digital media majors cultivate mastery of digital media theory, methodology and skills, and be able to engage in virtual reality, game animation, and other related hardware and software research and development, creation of senior specialists. The digital media major cultivates senior specialists who master digital media theory, methods and skills and are able to engage in the research and development of software and hardware related to virtual reality, game animation and creation. Students are enrolled in the major categories, and after one year, they can choose to determine the direction of their majors according to their personal interests, strengths and the market demand for talent and other factors.
Computer Science and Technology
Cultivation Objective: To cultivate students who can systematically master the basic theory of computer science, computer system design, research, development and comprehensive application methods, with strong computer hardware and software design capabilities and computer application system analysis, planning, design and development capabilities in railroad informatization, Internet of Things, software development, big data analysis, etc. with strong practical ability. High-level computer specialists with strong practical ability in railway informatization, Internet of Things, software development, big data analysis.
Professional curriculum: including Introduction to Information Science and Technology, Introduction to Railway Information Technology, Discrete Mathematics, C Programming, Object Oriented Programming, WEB Application Development Technology, Algorithms and Data Structures, Digital Logic, Principle of Computer Composition, Computer Interface Technology, Computer System Architecture, Operating System, Principle of Compilation, Principle of Database System, Computer Networks, Software Engineering, Embedded System, ORACLE Large-scale Database Technology, Railway Information Integration and Application, Big Data Principles and Application, etc.
Internship training: The program has advanced professional laboratories, and the internship includes professional understanding internship, programming skills training, data structure comprehensive training, database comprehensive training, network technology comprehensive training, embedded system comprehensive training, operating system comprehensive training, computer composition principle comprehensive design, graduation internship and other links. At the same time, we have established internship and cooperative relationships with Hebei Institute of Standardization, Hebei Academy of Sciences, National Torch Plan IT Talent Training Base for Software Industry in Hebei Province, and a number of IT companies, railroads and related departments.
Career direction: graduates can be engaged in railroad informationization construction; research and development of computer systems; big data analysis and application; Internet of things and computer applications in scientific computing, industrial control, information processing, artificial intelligence, communications and other fields of development; teaching and research work in colleges and universities and scientific research institutes; you can also study for a master's degree in the discipline or related disciplines.
Network Engineering
Cultivation Objective: This specialty cultivates the network engineering talents who have systematic mastery of the basic theory and basic knowledge of computer and network engineering technology, strong practical ability in network planning and design, system integration, network security management, network application development, etc., and a strong sense of teamwork, innovative spirit and potential for sustainable development, and can adapt to the rapid development of the information society. Senior specialists.
Professional curriculum: including C language and object-oriented programming, algorithms and data structures, computer networks, network systems integration, network management technology, network security technology, TCP/IP protocol analysis, principles of database systems, principles of computer composition, operating system, network programming, signals and systems, principles of communication, network engineering project management, mobile application development technology, introduction to the Internet of Things, network engineering project management, mobile application development technology. Development Technology, Introduction to Internet of Things, Intrusion Detection, etc.
Internship training: The program has advanced network technology labs, network security labs and other professional labs, and has set up special comprehensive training practice sessions, which mainly include professional understanding internships, programming skills training, networking and configuration training, database system development training, network management training, network security internships, network system integration internships, network programming. Comprehensive training, graduation internship, graduation design, etc. We have established long-term off-campus internship bases for students in cooperation with Hebei Institute of Standardization, Hebei Construction Information Center, Shijiazhuang Bumu Electronics Co.
Employment direction: graduated students can go to telecommunication, transportation, *** authorities, medical care, education and other fields to engage in network planning and design, network engineering design and construction, network system integration, network operation and maintenance and management, network security management, network performance analysis, network application development, etc.; you can also continue to study for a master's degree in computer science and technology, information and communication engineering and other related disciplines, and continue to further study. Master's degree in computer science and technology, information and communication engineering and other related disciplines.
Software Engineering
Cultivation Objective: This program cultivates students who master large-scale application software development methods and technologies, have strong foreign language skills, interpersonal communication skills, teamwork skills, and technological innovation, and are able to engage in analysis, design, coding, testing, maintenance, project management, and other tasks of large-scale application software based on mainstream software development platforms and the proficient use of a variety of software development tools and technologies, They are able to engage in the analysis, design, coding, testing, maintenance and project management of large-scale application software based on mainstream software development platforms, and are highly qualified software engineering specialists who can adapt to technological advances and changes in social demand.
Professional curriculum: software requirements and analysis, software construction, software design, software architecture, software process and management, software testing technology, human-computer interaction technology, algorithms and data structures, object-oriented programming, database systems, operating systems, principles of computer composition, computer networks, programming skills training, comprehensive database training, comprehensive training in software design, Software Testing Comprehensive Training, Software Project Management Course Design, etc.
Internship training: integrated project practice, corporate internship, graduation internship and graduation design.
Career direction: graduates can work as software development engineers, software testing engineers, technical maintenance engineers in Internet, medical, finance, insurance, education, transportation, public *** management, real estate and other industries, and can also provide technical support, consulting, training and other services for all levels of *** authorities and enterprises; they can also continue to study in the fields of software engineering, computer science and technology, information management and information system, Information Management and Information System and other specialties for further study.
Digital Media Technology Program
Cultivation Objective: To cultivate students who are able to adapt to the development of the digital era and the information society, master the basic knowledge, basic theories and methods of acquiring, expressing, processing, storing, converting and disseminating information in digital media such as game animation, virtual reality, graphics and images, and possess the basic ability to collect and analyze information, as well as a broader vision and good communication skills. To be able to become specialists in digital media creation, production or related software and hardware tools research and development and application in game animation, virtual simulation, graphic image and other digital media industry, transportation, energy, education, *** and other related fields of enterprises and institutions.
Professional curriculum: introduction to digital media, C language and object-oriented programming, algorithms and data structure, operating system, digital image processing, computer networks, mobile application development, human-computer interaction technology, computer graphics, scripting language technology, information organization and processing, three-dimensional animation technology, sensing and information acquisition, principles of games, game design and production, virtual reality technology. etc.
Internship training: Awareness internship, comprehensive training of algorithm and data structure, mobile application development internship, comprehensive training of interactive animation, comprehensive training of game development, 3D visualization training, graduation internship, graduation design and so on.
Career: Graduates can be engaged in digital media industry, transportation, energy, education, *** and other related fields of enterprises and institutions, from planning and creation of digital media to operation and management, mobile application development, etc.; they can also get a master's degree in related fields to continue their studies.
Ⅶ How many kinds of computer majors are there
Computer science and technology is a first-level discipline, including all aspects of computers (computer composition, programming, algorithms) computer science and technology under the three second-level disciplines: Computer Software and Theory, Computer System Architecture, Computer Application Technology. You said that the software belongs to the "computer software and theory", the network belongs to the "computer application technology" aspects of the three disciplines. If you want to go deeper into this industry generally want to start from the computer science and technology, but more than fine, the following further education is required to secondary and tertiary disciplines, secondary and tertiary disciplines due to the more specific so it is convenient to find a little bit of work Note: 1, the computer software and theory mainly includes software design, development, maintenance and use of the process of the theory, methodology and technology involved. Its specific professional direction includes system software, software automation, programming languages, database systems, software engineering and software reuse technology, parallel processing and high-performance computing, intelligent software, theoretical computer science, artificial intelligence, basic theory of computer science. 2, computer system structure is a discipline from the outside to study the computer system, generally speaking, all the computer system users (including general users and system programmers) can see the properties of the computer system are computer system structure to study the object. 3, computer application technology is a secondary discipline under the computer science and technology, is a very broad application of the profession, it is based on the basic theory of computer, highlighting the practical application of computers and networks.
Ⅷ What is included in the computer program
1, computer network: computer hardware maintenance, computer network set up, belong to the hardware category!
2, computer software: computer software development, belongs to the software category!
3, computer multimedia, animation, information management: computer software applications, belongs to the software category!
Ⅸ computer majors are what
software, hardware, network
software: c, c++, java, c#, winform, etc.
operating system, data structure, in short, there are a lot