Training objective: To train senior engineering and technical personnel who not only master the basic theory of computer software and hardware, but also master the methods and skills of computer system design, research, development and comprehensive application, and have strong computer operation, maintenance and system development capabilities.
Main courses: computer organization structure, discrete mathematics, analog/digital electronic technology, data structure, microcomputer principle, operating system, network principle and technology, database system, compilation principle, software engineering, microcomputer interface technology, multimedia technology, assembly language, C++ language, Java language, artificial intelligence principle and application, single chip microcomputer principle and application, digital image processing, computer graphics, distributed system and mobile computing technology.
Employment orientation: 1. Research and development of computer system, design and development of software system;
2 organs, enterprises and institutions network construction and maintenance, office automation;
3. Computer theory teaching and research in teaching and research institutions;
4. Design, development and maintenance of computer application projects in various industries.
communication engineering major
Professional introduction: Communication technology is based on modern sound, light and electricity technology, supplemented by corresponding software, to achieve the purpose of information exchange. At the end of last century, the wide spread of multimedia and the application of Internet greatly promoted the development of communication engineering. Looking forward to the beginning of this century, broadband technology and optical communication also came into being. The research content of communication engineering specialty covers the hottest and fastest-growing fields. In China, not only Lenovo, an established IT manufacturer, provides a large number of network services, but also four major enterprises in the communication industry (Julong, Datang, ZTE and Huawei) known as "Greater China". Their good development prospects, relaxed development environment and modern enterprise management have become the first choice for graduates to choose jobs.
Communication engineering specialty spans electronics and computer specialty, and the courses studied have the characteristics of both, which requires a good foundation in mathematics and physics and strong practical application ability. Some courses, such as data structure, operating system and database, belong to computers, others, such as signal processing, high-frequency circuits and circuit principles, belong to electronics, and there are courses based on communication principles of this major, which have a wide range of learning. Students are required to have strong logical thinking ability, which is especially suitable for those students with strong understanding and good analysis. When the division of majors is relatively fine, majors can be "soft" or "hard", and tend to be in two directions: computer and electronics.
Training objective: to train senior engineering and technical personnel with knowledge of communication technology, communication system and communication network, and with basic ability of design, development, debugging and engineering application of modern communication system and network.
Main courses: fundamentals of circuit analysis, signals and systems, analog electronic technology, digital electronic technology, high-frequency electronic circuit, electromagnetic field and electromagnetic wave, communication principle, digital signal processing, digital system and logic design, program-controlled switching technology, network switching technology, C language programming, data structure, microcomputer principle and interface technology, software engineering and other circuit theory and application series courses, computer technology series courses.
Employment orientation: 1. Research, design, manufacture and operation of modern communication systems and communication networks;
2. Debugging, management and engineering application of modern communication systems and communication networks;
3. Engaged in the research and teaching of communication technology in teaching and scientific research units.
Undergraduate course of network engineering
Business training objectives: This major trains applied and compound senior professionals who have good scientific literacy, systematically master the basic theory of computer network and practical technology of network engineering, and can engage in scientific research and development, computer network teaching, network engineering design and construction, network operation and maintenance, and technical management in scientific research units, universities, enterprises and institutions and administrative units.
Business training requirements: Students in this major mainly study the basic theories and knowledge of computer science and technology and computer network engineering, receive basic training in computer network research and application, have the knowledge and skills of network configuration and network security, and have the basic ability to research and develop computer network systems.
Graduates should have the following knowledge and abilities:
1, master the basic knowledge and theory of computer science and technology and computer network technology;
2. Master the principles of computer network engineering and have the basic ability to design, install, debug, maintain and manage computer networks;
3. Master the basic methods of network programming, and be able to develop network service system and network application software.
4, master the national information industrialization related principles, policies and regulations;
5. Master the development direction and trend of computer network, and have strong foreign language ability and self-study ability;
6. Master the basic methods of literature retrieval and information inquiry, and have certain scientific research and practical work ability;
Main disciplines and courses
Main subjects: computer science and technology, information and communication engineering.
Main courses: computer network foundation, data structure, network database, computer network architecture, network operating system, LAN technology, network security technology, network planning and system integration, network management technology, Web development technology, etc.
Main practical links: course design, common tool software practice, network management practice, portal website construction practice, network system integration practice, network fault queuing practice, professional comprehensive ability training and testing, graduation thesis (design) and so on.
Minimum credit requirements: minimum 298 credits, including 238 credits for in-class teaching (including free 10 credits) and 60 credits for practical teaching.
Graduation standards and requirements:
1 to achieve the goal of moral education;
2. Complete the credits specified in this scheme, with a total credit of not less than 298 credits;
3. Meet the requirements of the Ministry of Education for college students' sports qualification standards.
Academic system and degree: the basic academic system is four years, and the study period is 3-6 years; Degree awarded: Bachelor of Engineering
Professional establishment time: 2004
Electronic information engineering is one of the important foundations and pillars of the information industry. Based on the theories of circuit and system, signal and information processing, communication and network, electromagnetic field and electromagnetic wave, it studies the collection, processing, exchange, transmission and application of various information such as voice, text, image, video, radar, remote sensing and telemetry. Train students to engage in the research, design, manufacture, application and development of various electronic equipment and information systems.
Training objectives: This major trains senior engineering and technical personnel who have basic knowledge of electronic technology and information systems and can engage in the research, design, manufacture, application and development of various electronic equipment and information systems.
Main courses: circuit theory series, computer technology series, information theory and coding, signal and system, digital signal processing, electromagnetic field theory, automatic control principle, sensing technology, etc.
Employment orientation: engineering technology has a wide range of applications, a wide range of employment and a high employment rate. Graduates have strong hands-on ability and work fast. Can be engaged in the production, management, technical management and development of electronic products in electronic information-related enterprises. Mainly for electronic products and equipment manufacturers and business units, engaged in various electronic products and equipment assembly, debugging, testing, application and maintenance of technical work, but also for some enterprises and institutions, for some electromechanical equipment, communication equipment and computer control equipment safe operation and maintenance management.
Logistics Engineering
Professional introduction: Logistics engineering studies the planning and design of logistics system, the optimal allocation of resources, the planning and control of logistics operation process, and enterprise logistics management. The master's degree course in this engineering field trains advanced technologies and methods for government administrative departments, logistics enterprises, production enterprises or other enterprises to master the application of logistics facilities, system planning, design and evaluation, and logistics operation management, and has the ability to independently undertake logistics technology and operation management. Logistics engineering is an interdisciplinary subject of management and technology, which is closely related to transportation engineering, management science and engineering, industrial engineering, computer technology, mechanical engineering, environmental engineering, architectural and civil engineering and other fields.
Training objective: to cultivate compound senior logistics talents with all-round development in morality, intelligence and physique, extensive basic knowledge of modern engineering science and modern management science, systematic mastery of modern logistics professional knowledge and skills, and ability to engage in logistics system planning, design, operation management and related work in relevant departments of industrial and commercial enterprises.
Main courses: system engineering principle, electrical and electronic technology, mechanical design foundation, mechanical manufacturing foundation, operational research, system analysis and evaluation, database management, e-commerce, production and operation management, modern logistics, modern logistics technology and equipment, logistics system planning and design, logistics management and supply chain management, transportation and distribution, logistics information technology, transportation engineering and management, small three-dimensional warehouse and management control.
Employment orientation: mainly for all kinds of modern logistics enterprises, including the logistics departments of production and circulation enterprises, large supermarkets, commercial enterprises, transportation enterprises, warehousing enterprises and e-commerce enterprises, engaged in logistics system planning and design, logistics scheme design, logistics analysis, transportation scheduling, freight declaration, material marketing, material distribution and other logistics management and related work.