Establishment of Curriculum System of IOT Engineering Major for University of Application Technology

The present situation and development trend of IOT were introduced briefly, the talent demand status of IOT industry was described, the professional ability of the IOT industry practitioners was analyzed, and the development direction of IOT engineering major for university of application technology was pointed out. Based on these analyses, the ability developing scheme of IOT engineering major was designed to bring up the professional ability of the students who will pursue the work of IOT, and the curriculum system of IOT engineering major for university of application technology was established. KEYWORD: Curriculum System; IOT Engineering Major; University of Application Technology International Conference on Social Science, Education Management and Sports Education (SSEMSE 2015) © 2015. The authors Published by Atlantis Press 2039 of network communication industry, and to breed application service industry. Specifically, the IOT industry has the following development directions. 1. To focus on manufacturing industry closely related to IOT apperceive function, to promote the high level development of sensor, node, gateway, RFID, two-dimensional bar code and other core manufacturing industries, to enhance the capacity of the instrument, embedded computer system and other supporting industries, to promote the growth and development of micro device, integrated circuit, micro energy and new material industry. 2. To support the manufacturing industry and operating industry which are closely related to IOT communication, to promote the development of chip and terminal manufacturing industry involving in wireless NFC, to promote the manufacturing capability of M2M terminal, communication module and network gateway products, to promote the development of M2M operating service industry, to enhance the fusion of high bandwidth, large capacity, ultra high speed cable/wireless communications network equipment manufacturing industry with IOT application. 3. To focus on breeding the IOT service industry, to encourage the innovation of operation mode, to expand the market demand of professional service, value-added service and other service, to focus on massive data storage, processing, decision making and other infrastructure service, to promote the comprehensive service industry including operating system, database, middleware, application software, embedded system, system integration and software development, etc. push the development of IOT market. The development directions of IOT industry indicates the talent demand status of IOT industry, that is, a large number of professionals will be needed in IOT apperceive manufacturing industry, IOT communication industry and IOT service industry. 2.2 Professional technology of IOT 1. Identification technology, including a lot of technologies with different maturity, such as sensors, RFID, two-dimensional code, etc. Apperceive and identification technology is the foundation of IOT, which is responsible for capturing the events and data of physical world, realizing the perception and recognition of the outside world information. 2. Network and communication technology, including access, network, communication and frequency control. Network is the infrastructure of information transmission and service support, and it can realize high reliability and high security transfer of sensory information and control signal through ubiquitous interconnection function. 3. Computing and service technology, including information computing and service computing. Computing and processing of massive apperceive information is the core of IOT, services and applications is the final value reflects of IOT. 4. Management technology, including network management and security, measurement analysis, etc. With the scale expand of IOT, the diversification of network business, the improvement of service quality requirements and the increase of factors affecting normal operation of network, management and support technology has become the key to ensure IOT "being able to be run being able to be managed being able to be controlled". 2.3 Development direction of IOT In order to develop IOT technology, we should pay attention to cultivate the inter-disciplinary talents prospectively. However, as IOT involves in many links such as apperceive, information transmission, signal processing and application, different talents are demanded by designing, building, operating, managing and maintaining posts of IOT application system, so IOT industry need a large number of specialized personnel of different directions. For university of application technology, because of many restrictions such as education policy, school orientation, financial support, level of scientific research, experimental equipment, level of teachers, and quality of students, the intelligent sensor design and manufacture, network management and securiy are its weakness, so it should give up these two directions actively. University of application technology have some superiority on configuration and realization of NFC, because it generally sets up network engineering major and have reserve of teachers, equipment and experience. In accordance with the communication protocol of NFC, students are able to learn the configuration technology of related equipments. On the other hand, the students of key university maybe disdain to do this work, and that will provide the good opportunity for the students of university of application technology. Software development and integration service of IOT can also be considered, because this work requires practitioners to have certain software design ability, and university of application technology generally have computer science and technology major and software engineering major, in the aspect of software design, the gap between it and key university is not too large, university of application