The ability of graduates of this major was rated as a B-level school:
Nanjing University of Information Science & Technology, Huaqiao University, Kunming University of Science and Technology, Heilongjiang University
Jiangxi University of Finance and Economics Henan University of Science and Technology Nanjing University of Posts and Telecommunications Anhui University of Science and Technology
Xi University of Technology East China Jiaotong University Chongqing University of Posts and Telecommunications Changchun University
The ability of graduates of this major is rated as C+ level schools:
Zhengzhou Institute of Light Industry, Hebei Normal University, Qingdao University of Science and Technology, Lanzhou Jiaotong University
Qiqihar University Jiangsu University of Science and Technology Jiangsu Teachers College of Technology Changshu Institute of Technology
Hebei Jianzhu University
The ability of graduates of this major is assessed as a C-level school:
dalian neusoft university of information
study
Students need to learn more than 20 major courses, including information and communication engineering, analog electronic technology, wireless communication, Internet of Things security technology and so on. At the same time, they must have a strong foundation in mathematics and physics, and it is best to have a "brush" of foreign languages, so as to read the foreign language materials of their major smoothly.
Course 1: Introduction to the Internet of Things. It is recommended to use the textbook Introduction to the Internet of Things published by Science Press (edited by Liu Yunhao, an internationally renowned Internet of Things expert, vice chairman of ACM China and professor of Tsinghua University). Fully understand the three important characteristics of the Internet of Things, and generally understand the Internet of Things technologies such as perception and identification, network construction, management services and their comprehensive applications in the industry.
Course 2: C Language Programming: C Language Programming published by Tsinghua University Publishing House (the classic work of Professor Tan Haoqiang) and C Language Programming published by Machinery Industry Publishing House (the second edition) (the international classic textbook) are recommended. The Internet of Things involves the underlying programming, and C language is a compulsory course. At the same time, you need to know the technical standards such as OSGi, OPC and Silverlight.
Course 3: Java programming is recommended to use the textbook "Java Programming Tutorial" published by Machinery Industry Press. Internet of Things application layer, server-side integration technology and open Java technology are also compulsory courses, and you need to know Eclipse, SWT, Flash, HTML5, SaaS and other technologies.
Course 4: Wireless Sensor Network recommends Wireless Sensor Network published by Tsinghua Publishing House (edited by Sun Limin, a researcher at Institute of Software, Chinese Academy of Sciences, and Li Jianzhong, a professor at Harbin Institute of Technology) and Introduction and Actual Combat of Short-distance Wireless Communication published by Beihang Publishing House. Learn various radio frequency communication technologies and standards, such as Zigbee, Bluetooth, WiFi, GPRS, CDMA, 3G, 4G, 5G, etc.
Course 5: TCP/IP Network Protocol The textbook "Internet Interconnection of TCP/IP (Volume 1): Principles, Protocols and Structures (5th Edition)" published by Electronic Industry Press is recommended. TCP/IP protocol standard is the basis of all wired and wireless network protocols, and Socket programming technology is also a basic and compulsory course.
Course 6: Embedded System Technology It is recommended to use the textbook "Embedded System Technology Course" published by People's Posts and Telecommunications Publishing House. Embedded system (including Internet of Things operating system such as TinyOS) is an important technology in the sensing layer and communication layer of the Internet of Things, and it is a compulsory course.
Course 7: Sensor Technology: Recommend the textbook Sensor Technology published by China Metrology Publishing House. Students majoring in Internet of Things need to know something about sensor technology and development, especially how to choose sensors in application, but they don't necessarily need to know the design and manufacture of sensors, and have a deep understanding of related material science and biotechnology.
Course 8: RFID technology recommends the use of textbooks such as RFID Principles and Technology of the Internet of Things published by Electronic Industry Press 20 13 and Radio Frequency Identification (RFID) Technology Principles and Applications published by Mechanical Industry Press. As one of the main technologies of the Internet of Things, RFID itself (combined with smart card technology) can be a subdivision of a profession or industry, and it can also be the topic selection direction of graduate students.
Course 9: Industrial Informatization and Fieldbus Technology It is recommended to use the textbook Fieldbus Technology and Application Course published by Machinery Industry Press. Industrial informatization is also the main application field of the Internet of Things. What needs to be understood is that it can also be subdivided into majors or industries, and it can also be used as a topic selection direction for graduate students.
Course 10 :M2M technology is recommended to use the textbook M2M: Wireless Revolution published by TSTC Publishing House. This book is a M2M professional textbook published by Texas State Institute of Technology. This is the first time that the United States has put forward the M2M professional syllabus. M2M is also the main field of Internet of Things, so it is suggested to teach directly in English.
Course 1 1: software, standards and middleware technology of internet of things. It is recommended to use the textbook Principles and Applications of Middleware Technology published by Tsinghua University Press and the textbook Internet of Things: Technology, Application, Standards and Business Model published by Electronic Industry Press. The key to the development of Internet of Things industry lies in its application, software is the soul, and middleware is the cornerstone of industrialization, which needs to be studied and understood, especially for students who are interested in the development of Internet of Things technology after graduation.
Employment direction
(1) for the Internet of Things industry, from the design, development, management and maintenance of communication architecture, network protocols and information security of the Internet of Things.
(2) The main positions include: core professional positions such as IOT system design architect, IOT system administrator, network application system administrator, IOT application system development engineer, and related professional positions such as technical support and marketing of IOT equipment. At present, the employment prospects in the development of communication networks are promising.
The following are several reports about the schools and employment direction of the Internet of Things, and I also quoted many of them. You can take a closer look. The major of Internet of Things is better. There are both schools and employment directions!
1. What are the employment prospects of Internet of Things projects? :/20 14-08/ART- 1322 16-8500-28864448 . html
2. Interpretation of Internet of Things professional employment. /20 15-04/ART- 1322 16-8420-28952 196 . html