First of all, professional introduction
The major of Internet of Things Engineering began to enroll students in 20 12, which is the dominant major in Guangxi and the earlier major in China. Internet of Things is another revolutionary development of information industry after computer, Internet and mobile communication. It is listed as one of the national key strategic emerging industries, with the characteristics of long industrial chain and involving multiple industrial clusters, and its application scope covers almost all walks of life.
The existing specialized laboratories, such as the basic laboratory of the Internet of Things and the comprehensive training laboratory of the Internet of Things, have high-level scientific research platforms such as Guangxi "Collaborative Innovation Center of Internet of Things Technology and Industrialization", and rely on computer specialized laboratories to carry out various experiments of computer technology. In the aspect of cultivating students' practice, the indoor real-life training platform of the Internet of Things is planned, and the 1 embedded base and 1 innovative experimental base are built. At present, the professional laboratory has a total area of about 600 square meters and is equipped with a large number of teaching and scientific research instruments and equipment related to the Internet of Things and computer technology. In recent years, the teaching and research section has undertaken more than 30 major scientific research projects entrusted by the National Natural Science Foundation, cross-industry funds, provincial and ministerial funds and enterprises, and established good cooperative relations with major enterprises. At present, there are three long-term cooperative student practice bases, which provide rich practical teaching resources for production practice and graduation practice.
Second, the training objectives
Cultivate application-oriented talents who master the basic knowledge of mathematics and other related natural sciences and the basic theories, knowledge, skills and methods of computers, communication and sensing related to the Internet of Things, can be competent in the research and development of Internet of Things related technologies and the application of Internet of Things projects, and have good foreign language application ability.
Third, professional characteristics
Emphasis is placed on the integration of engineering applications and disciplines. Based on the dominant disciplines such as computer science and technology, communication engineering and electronic engineering, basic theory and engineering quality education focusing on IOT engineering technologies such as IOT application software, cloud computing and big data, wireless network technology, embedded system, information perception and information processing are carried out.
The course highlights the application and development characteristics of the software and hardware of the Internet of Things project. Teaching links emphasize practical teaching, and combine campus experiments, enterprise practice, innovative projects, subject competitions and other forms to cultivate students' practical ability.
Fourth, professional core courses
Discrete mathematics, programming and problem solving, database system principle, data structure and algorithm, single chip microcomputer principle and application, computer network, computer composition principle, operating system, Internet of Things communication foundation, computer network, embedded system principle and application, wireless sensor network, Internet of Things sensing technology, RFID principle and application, Internet of Things data processing, M2M technology, etc.
Verb (abbreviation of verb) main practical course
Internet of Things sensor technology experiment, RFID principle and application experiment, Internet of Things data processing experiment, computer network course design, embedded system course design, Java application development, Android application development, RFID system design practice, wireless sensor network design practice, Linux application practice, Internet of Things comprehensive application practice, production practice, graduation design, etc.
Sixth, academic research.
Students of this major actively participate in the National College Bio-networking Innovation and Entrepreneurship Competition and the National College Electronic Design Competition. On the basis of computer intelligent control innovation base and teachers' scientific research projects, the academic practice and scientific research innovation ability are further improved, and intelligent bus station information system based on wireless networking, intelligent monitoring system for agricultural greenhouses, intelligent car based on STC 12C5A60S2 single chip microcomputer, two-dimensional code ticket checking machine system, intelligent homing navigation system, quadcopter based on STM32F0 13 minimum system, and remote traffic based on Internet of Things gateway are developed.
Seven, employment direction
Graduates are mainly employed in enterprises and industries related to the Internet of Things. They can design, develop, manage and maintain the communication architecture, network protocols and standards, wireless sensors and information security of the Internet of Things. They can also engage in scientific research and teaching in universities or scientific research institutions.
Eight, the duration of study and the standard of degree granting
Standard study period: four years
Degree awarded: Bachelor of Engineering
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