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Professional introduction:
Department of Computer Science
Computer science and technology majors cultivate compound applied technical talents with good comprehensive quality, pioneering and innovative ability, and systematic mastery of basic theories, basic knowledge, basic skills and methods, practical application and scientific research ability of computer and related technologies and industries.
Main courses: mathematical analysis, advanced algebra, mathematical logic, set theory and graph theory, introduction to computer science, programming foundation, digital circuit and logic design, computer composition principle, data structure and algorithm, operating system principle, assembly language programming, database system principle, compilation principle, introduction to software engineering, computer network, computer architecture, parallel and distributed computing, computer graphics, information security technology, multimedia technology, computer graphics. Specialized courses will also arrange related experiments (internships), curriculum design or social practice to strengthen students' practical ability and pioneering ability. Senior students can also take related courses of other majors in our college.
Network engineering majors train practical and compound senior talents with advanced engineering methods and tools in the practical application of network planning, design, development and maintenance, as well as the ability of project organization and management.
Main courses: mathematical analysis, advanced algebra, mathematical logic, set theory and graph theory, introduction to computer science, programming foundation, digital circuit and logic design, computer composition principle, data structure and algorithm, computer network, operating system principle, computer architecture, computer interface technology, communication principle, network system design, cryptography and network security, wireless communication and network, Linux principle and application, etc. Specialized courses will also arrange related experiments (internships), curriculum design or social practice to strengthen students' practical ability and pioneering ability. Senior students can also take related courses of other majors in our college.
The major of information security has a solid mathematical foundation, a good ability to use foreign languages and computer technology, and a good grasp of the basic theories and technologies of information security, computer and network communication and its security technology, and information security laws and regulations. Be able to use the knowledge and skills learned to analyze and solve related practical problems, with high comprehensive professional quality and strong innovation and practice ability. Senior professionals who can engage in information security product research and development, information system security analysis and design, information security technology consulting and evaluation services, information security education, information security management and law enforcement in government, national defense, finance, public security, commerce and other departments.
Main courses: mathematical analysis, mathematical logic, set theory and graph theory, mathematical foundation of information security, computer composition principle, programming foundation, data structure and algorithm, database system principle, introduction to software engineering, computer interface technology, computer network, communication principle, information theory foundation, operating system security, Linux principle and application, network protocol and verification, mobile computing, computer cryptography, network security technology, computer virus and information theory. Specialized courses will also arrange related experiments (internships), curriculum design or social practice to strengthen students' practical ability and pioneering ability. Senior students can also take related courses of other majors in our college.
Graduates of the above majors are suitable for working in computing software and hardware enterprises, network companies, telecommunications enterprises, finance, transportation, banks and other enterprises and institutions, and engaged in the production, development, application and maintenance of computer technology management, computer control, software and information security products, computer applications, network information management and maintenance in government management departments, financial management departments, universities and scientific research departments.
Electronics and communication engineering system
Electronic information science and technology majors cultivate compound talents with solid foundation, wide knowledge, high quality, strong ability, certain innovation ability, scientific research ability and practical problem-solving ability, which can meet the needs of social and economic development in the 2 1 century and engage in scientific research, teaching and applied technology work in the field of electronic information science and technology.
Graduates have a solid foundation in mathematics and master the basic theories and methods of electronics and information systems. Familiar with circuit and system, electromagnetic field and electromagnetic wave theory, microwave and radio frequency technology, computer network, communication and computer application. Have high experimental ability and certain ability to analyze and solve practical problems; Understand the new development of electronic and information systems, and have certain scientific research, applied research, technology development and teaching ability. Skillfully use a foreign language to read professional books and periodicals and foreign language materials.
After graduation, students are suitable to engage in the development and application of electronic technology, computer technology management and production in departments such as communications, banks, enterprises and institutions, as well as universities and scientific research departments.
Main courses: advanced mathematics, probability theory and mathematical statistics, college physics and experiment, advanced programming, basic circuit theory, analog electronic technology and experiment, digital circuit and logic design and experiment, microcomputer principle and experiment, high frequency circuit, signal and system, electromagnetic field and electromagnetic wave, integrated circuit design, information theory, microwave technology and experiment, digital signal processing, computer communication and network, communication principle, EDA principle and application, single chip microcomputer.
Automation is a subject that studies the composition, control law and application of automatic control system based on electronic technology, computer technology, detection technology, communication technology and control theory. This major cultivates all-round development of morality, intelligence and physique, pays equal attention to morality, intelligence and physique, and has sound psychological quality and healthy physique. Solid foundation, wide knowledge, high comprehensive quality and strong practical ability, can meet the needs of social and economic development in the 2/kloc-0 century, and can engage in advanced technology research, design, application development and teaching in the fields of automation and computer network control engineering.
Graduates should have solid basic theories, basic skills and methods of control science and engineering; Ability to analyze, design, research and develop electronic circuits and control systems; Master the basic knowledge and skills of automatic signal detection and data processing; Master computer and network control technology; Have a rigorous scientific style and innovative ability; Have the ability to independently carry out scientific research, applied research, analysis and solve practical problems.
After graduation, students are suitable to engage in applied research, product development and administrative management of electronic technology, computer technology, communication technology and production process automation in various enterprises, national government departments, undertakings, communications, banks, military departments and universities and scientific research departments.
Main courses: advanced mathematics, probability theory and mathematical statistics, engineering mathematics, numerical calculation, advanced programming, college physics and experiment, basic circuit theory and experiment, analog electronic technology and experiment, digital circuit and logic design and experiment, power electronic technology, motor and drag foundation, microcomputer principle and experiment, automatic control principle and experiment, signal and system, modern control theory, computer control technology and experiment, computer communication and network, digital signal processing. Electrical and programmable controller, process control engineering, principle and application of single chip microcomputer, automatic measurement technology, electric drive automatic control system, virtual instrument technology, data structure, operating system, database system principle, scientific and technological information retrieval, etc. Students can also study related courses of other majors in schools and colleges.
Communication engineering has a solid training foundation, a wide range of knowledge, high comprehensive quality and strong practical ability, which meets the needs of social and economic development in 2 1 century, and systematically grasps professional basic theories such as circuit analysis and signal processing theory, communication principle, network theory, electromagnetic field theory, transmission principle and modern telecommunication exchange. Master the basic knowledge of composition principle, technical performance, design, debugging, operation, maintenance and management of various communication networks, communication systems and their main equipment; Have a certain understanding of the present situation and development trend of communication engineering and related disciplines at home and abroad; Have a rigorous scientific style and innovative ability; Ability to independently analyze, design and develop general communication systems and networks. Senior compound talents who can engage in the research, design, development and teaching of modern communication engineering and advanced technology of telecommunication network.
After graduation, students are suitable to engage in management and technology development in telecommunications enterprises, post and telecommunications management departments, banks, transportation and other departments, and can also engage in teaching and scientific research in universities and scientific research departments.
Main courses: advanced mathematics, probability theory and mathematical statistics, advanced programming, college physics and experiment, basic circuit theory, analog electronic technology and experiment, digital circuit and logic design and experiment, microcomputer principle and experiment, high frequency circuit, signal and system, electromagnetic field and electromagnetic wave, microwave technology experiment, communication principle, computer network, digital signal processing, information theory, operating system, database system principle, digital communication system and experiment. Students can also take related courses of other majors in the college.