Level: undergraduate course
Degree awarded: Bachelor of Engineering
Training objectives: This major trains senior information management talents who master modern management knowledge and computer technology, have the knowledge and skills of computer information system analysis, design and information management, and can undertake the management and analysis of information in economic management activities and the development and maintenance of computer information systems.
Main courses: operational research, management, accounting, engineering economics, programming, data structure, database, computer network, computer composition principle and operating system, information system analysis and design, organization and management of information resources, ERP principle and application, e-commerce, software testing technology, marketing, etc.
Main graduation destination: after graduation, students can enter enterprises, institutions and government agencies at all levels to engage in the organization and management of information resources in business management activities, the planning, analysis, design, evaluation and maintenance of computer application systems, and teaching or scientific research in related fields. Educational system: 4 years
Level: undergraduate course
Degree awarded: Bachelor of Engineering
Training objective: To cultivate high-quality applied professionals with all-round moral, intellectual and physical development, good humanities literacy, good practical training, mastering the basic theory, professional knowledge and skills of the subject, strong ability to solve practical problems, and being able to undertake the development, maintenance and management of software and hardware.
Main courses: programming languages (C, C++, etc. ), data structure, object-oriented programming, database technology, compilation principle, computer composition principle, operating system principle and application, as well as multimedia application, embedded application and. Net application software development series courses and application practice.
Major graduation destination: In addition to continuing to pursue postgraduate studies, graduates of this major are mainly engaged in computer teaching, computer software and hardware system research, design and development, computer application and other work units related to the information technology field, such as scientific research departments, educational units, enterprises and institutions, technology and administrative management. Training objectives:
This major actively serves the national strategy and social needs, adapts to the needs of China's socialist modernization, and cultivates all-round development of morality, intelligence, physique and beauty. It has good political quality, professional ethics and humanistic accomplishment, a high sense of social responsibility and a strong sense of quality, safety, service, environmental protection and law, a reasonable professional knowledge structure, strong engineering practice ability, innovative consciousness, strong teamwork ability and innovative learning ability. Excellent engineering talents who can comprehensively apply what they have learned to solve practical problems, combine theoretical knowledge with concrete engineering practice, coordinate technology development with project management, and combine product research and development with market development.
main course
Discrete mathematics, programming basis, computer composition principle, pulse digital circuit, data structure, operating system principle and application, assembly language programming, database principle, computer network, compilation principle, software engineering, etc.
Main practical links
Including military training, engineering training, production practice, object-oriented programming course design, computer composition course design, operating system principle and application course design, graduation practice, enterprise post practice, graduation design, etc. * * * 38 weeks.
Professional characteristics and direction
This direction mainly trains senior engineering talents with high engineering practice ability in computer software and hardware system development. The curriculum system includes three parts: on-campus learning, school-enterprise joint training and enterprise practice. The first part: basic engineering education and basic ability training, completed by the school, lasted about 2 years; The second part: the cultivation of engineering ability, which has accumulated about 1 year of engineering case study and practice, is completed by the school simulating the enterprise environment, with the training on campus as the main part and the participation of enterprises; The third part: engineering practice, school-enterprise joint training, in which the training objectives and training programs are jointly formulated by schools and enterprises, and enterprises provide internship environment, mainly enterprise internship, and carry out on-the-job internship for about 1 year.
Characteristics of this direction: simulating the working environment of enterprises and the actual engineering project development environment of schools, effectively cultivating students' engineering ability, and providing favorable conditions for students to get in touch with enterprise engineering project practice, corporate culture and other professional qualities in the learning process. Through many years of school-enterprise cooperation, we have established multi-level cooperation with industry enterprises, fully exerted the advantages of different enterprises, and jointly completed the cultivation of students' engineering ability with the school. Educational system: 4 years
Level: undergraduate course
Degree awarded: Bachelor of Engineering
Training objective: to cultivate high-quality applied professionals with good humanities literacy, good application training, mastering the basic theory of software engineering, the latest international software development technology and software project management methods, strong practical ability and being able to engage in related work in the information technology field.
Main courses: discrete mathematics, data structure, computer composition principle, operating system, compilation principle, database principle, object-oriented programming (C#/Java/C++), computer network technology, unified modeling language and modeling tool (UML), object-oriented system analysis and design, J2EE architecture and programming. NET architecture and programming, software testing methods and technologies, software project management, etc.
Graduation destination: This major mainly trains professionals in software development, software testing and software project management with solid theoretical foundation, rich technical knowledge and strong hands-on ability for large, medium and small software research, development and testing enterprises and scientific research institutions at home and abroad. Educational system: 4 years
Level: undergraduate course
Degree awarded: Bachelor of Engineering
Training objective: To cultivate high-quality applied professionals who meet the needs of China's socialist modernization, develop morally, intellectually and physically in an all-round way, have good scientific literacy, can systematically master computer network knowledge, have skills in network planning and construction, network application and development, have a solid theoretical foundation in computer, electronic information and network, and have strong hands-on ability, and can engage in related work in the network field.
Main courses: programming foundation, electronic technology foundation, network technology foundation, computer network principle, network protocol analysis and practice, database principle, communication principle, C# application development technology, Java application development technology, LAN technology and networking engineering, Internet application development, network program development, computer network management, computer network security, network planning and design, wireless sensor network application and development, mobile platform application and development, access network and intelligent network technology, etc.
Major graduation destination: majors mainly include network communication operators, network integration companies, network software development companies, network communication equipment manufacturers, internet companies, enterprises and institutions with websites, enterprises and institutions with local area networks, and scientific research administrative units. Cultivate talents in network construction, network program development, website development, network management and security. Educational system: four years
Level: undergraduate course
Degree awarded: Bachelor of Engineering
Training objectives: This major trains high-quality applied professionals who meet the needs of China's social development and construction, have solid basic theoretical knowledge of computer software and hardware, sensor technology and network communication technology, and strong comprehensive practical ability, can systematically master the related knowledge of the Internet of Things and its operation mode, have basic skills of sensor network information collection/processing/transmission, and have the ability of Internet of Things application design and system integration.
Main courses: computer composition principle, computer network, programming basis (C language), data structure, database principle and application, digital electronic technology; Assembly language programming, sensor technology and application, RFID principle and application development; Introduction to Internet of Things technology, Internet of Things communication technology, wireless sensor network technology; Internet of Things architecture and standards, Internet of Things middleware technology; Internet of things enterprise application and development technology, etc.
Main graduation destination: after graduation, students mainly work in enterprises and institutions related to the Internet of Things, from the Internet of Things communication architecture, network protocols and standards, sensor technology, Internet of Things information security, Internet of Things application design, Internet of Things management and maintenance and other related work. You can also engage in scientific research and teaching in universities or research institutions, or continue to study for a master's degree in related majors.