This major has a solid theoretical foundation of mathematics and computer science, and grasps the basic theory of modern computer network in network engineering and practical technology related to network engineering; Familiar with network protocol system, network interconnection technology and network security knowledge; "Compound" senior network technical talents with network planning, network software development and strong network engineering practice ability. After graduation, students are suitable to engage in network software and hardware development, system integration, network system design, application, maintenance and management in government departments, communication companies, large and medium-sized enterprises, universities, military units, scientific research institutions, finance and insurance, sole proprietorship and joint ventures.
Main courses: discrete mathematics, data structure, computer network, microcomputer principle and interface, C language programming, C and object-oriented programming, computer network, database principle and application, operating system, modern communication technology, routing and switching technology, network engineering, TCP/IP protocol system, JAVA application development, Web technology, network security technology, Linux operating system, etc.
This major has a corresponding master's degree.
Communication engineering (undergraduate, four years)
This major trains students with good professional quality of communication engineering, preliminary training of scientific application research, engineering technology foundation and certain professional knowledge in electronic technology, information processing, signal detection and transmission technology, computer technology, network technology and other fields. Can be engaged in signal detection, information transmission and exchange, electronic technology, computer technology, communication system management and decision-making and other fields of system analysis, system design and system maintenance, but also in industrial enterprises, education, institutions and other departments engaged in scientific and technological development and research.
Main courses: circuit and electronic technology series course, C language programming, microcomputer principle and interface technology, signal and system, digital signal processing, single chip microcomputer principle and application, electromagnetic field and electromagnetic wave, computer-aided design of electronic circuits, modern communication technology, communication principle, program-controlled switching technology, optical fiber communication, mobile communication, electronic technology practice, electrical installation and debugging practice, integrated electronic system practice, network engineering practice and production practice.
This major has a similar master's program.
Electronic information engineering (application-oriented undergraduate course, four-year schooling)
This major trains applied senior engineering and technical personnel with basic theories and professional knowledge of electronic technology and information system, strong innovative thinking ability and engineering practice ability, and can engage in the development, design, manufacture, management and maintenance of modern electronic information systems and equipment. After graduation, students are mainly engaged in the design and development, production and operation, testing and installation, management and maintenance of electronic equipment and electronic products in the electronic information industry. They can also engage in electronic information technology services and teaching in military units, colleges, schools and related industries.
Main courses: C language programming, circuit and electronic technology series courses, microcomputer principle, signal and system, digital signal processing, communication principle, computer network, engineering electromagnetic field, principle and application of single chip microcomputer, sensor principle and application, electronic measurement and instrument, etc. The main practical teaching links are: metalworking practice, electronic circuit engineering practice, electrician skills practice, information network engineering practice, common electronic instruments and equipment maintenance practice, electronic system design innovation and practice, advanced electronic manufacturing practice, production practice, graduation project (practice) and so on.
This major has a similar master's program.
Computer science and technology (application-oriented undergraduate course, four-year schooling)
This major trains advanced computer application-oriented talents who are engaged in the research, design and development of computer system technology and application system technology. The students can master the professional knowledge of computer system and application systematically, and have the ability to solve practical problems and innovate. After graduation, students can engage in scientific research, development, application, teaching and management, as well as computer system development, system integration, network design, application, maintenance and management in government departments, enterprises, universities, scientific research institutions, financial and insurance industries and other frontline units of production, operation and service.
Main courses: circuit and electronic technology series, discrete mathematics, C/C programming, data structure, computer network, computer composition principle, microcomputer principle and interface technology, programming methodology, algorithm analysis and design, operating system, single chip microcomputer and embedded system, database principle and application, software engineering, compilation principle, Windows network programming, Web technology, JAVA application development, computer architecture, artificial intelligence and software testing technology.
This major has a corresponding master's degree.
software engineering
This major trains compound and practical senior software design, development and management talents who master the basic theoretical knowledge and advanced development technology in the field of software engineering, have the ability of software development and management, can engage in software system analysis, design, development and project management, and meet the needs of the development of socialist market economy and information industry. After graduation, students are suitable to engage in the development, design, application, management and teaching of computer software in scientific research departments, educational institutions, enterprises and institutions, and can engage in software system analysis, design, development, testing, maintenance and project management in large and medium-sized IT enterprises at home and abroad.
Main courses: advanced mathematics, college English, discrete mathematics, computer composition and architecture, data structure, operating system, database system principle, computer network, compilation principle, object-oriented analysis and design and UML, software engineering, software architecture and design pattern, software testing, C language programming, C++ programming, JAVA programming, Android software development, Web technology, algorithm analysis and design, etc. This major has a master's degree in software engineering.
This major has a corresponding master's degree. Computer Applied Technology
Computer application technology is one of the first-class disciplines of computer science and technology. Computer application technology, as one of the basic disciplines of information technology industry, has broad application fields and development prospects. This major involves computer, network technology, database technology, numerical simulation and imaging, image processing, automation, instrumentation and manufacturing information, embedded systems and other disciplines, and mainly trains senior professionals engaged in various computer application research, development and design. The main research directions of this major are computer network technology, computer numerical simulation and imaging, manufacturing information technology, image processing and pattern recognition, database application technology and so on.
There are 7 professors (2 doctoral supervisors) and 5 associate professors/kloc-0. Among them, there are 10 people with doctoral degrees. Completed more than 20 national, provincial and ministerial-level projects and military pre-research projects, and published more than 200 academic papers (including more than 30 included in SCI, EI and ISTP), 2 monographs and textbooks 12 volumes in professional journals at home and abroad. Won the first prize 1 and the third prize 1 of Guangxi Science and Technology Progress, the third prize 1 of Guangxi Computer Application Achievement Promotion, applied for 2 national patents, and awarded the national invention patent 1.
software engineering
"Software engineering" is a discipline that studies the construction and maintenance of effective, practical and high-quality software by engineering method. Based on computer science and technology, this discipline emphasizes the engineering nature of software development and pays attention to cultivating senior professionals who can engage in the research, development and application of computer software. This subject has the research directions of embedded software, enterprise computing, semantic information processing, engineering software and other disciplines.
The discipline has teaching and research platforms such as Embedded System and Intelligent Information Processing, Engineering Training Center, Guangxi Experimental Teaching Demonstration Center and Guilin Manufacturing Informatization Promotion and Application Center. There are 8 professors, 0/5 associate professors and 0/6 doctors in this discipline team, and the knowledge and age structure are optimized and reasonable. Over the past five years, more than 300 papers have been published, including more than 50 core journals/kloc-0, and more than 60 articles included in the three major search. It has undertaken more than 30 national, provincial and ministerial-level projects, with research funding of 10 million yuan. The research results won the first prize 1, the second prize 1 and the third prize of Guangxi Science and Technology Progress, and more than 20 patents and software copyrights.
Correspondence major
Computer science and technology
College, science and engineering, correspondence for 2.5 years.
Main courses: computer architecture, microcomputer interface technology, computer network, compilation principle, computer control, computer-aided design, advanced programming language (MATLAB), database principle, software engineering, multimedia technology, internet technology and broadband network technology foundation.
Computer information management
High school, literature and history, correspondence for 2.5 years.
Main courses: principles of statistics, principles of management, finance, programming language, database introduction, computer network foundation, informatics foundation, information system development, information resource management, object-oriented programming, management application software, and economic law.