Is it difficult to learn the Internet of Things?

It is difficult to learn the Internet of Things.

Internet of Things majors need to learn advanced mathematics, linear algebra, probability theory and mathematical statistics, college English and other public courses, C/C++, Java, introduction to computer science, discrete mathematics, digital circuits, computer networks, data structures, analog circuits, signal and system analysis, single chip microcomputer (5 1/STM32) and wireless sensor network (ZigBee). It involves data collection, data transmission, big data processing and analysis (data warehouse), cloud computing (virtualization technology, such as Kubernetes), artificial intelligence (NLP/CV/Speech) and so on. ) and many other sub-fields. Therefore, it is very hard to learn the major of Internet of Things.

1. Internet of Things: It refers to the real-time collection of any object or process that needs monitoring, connection and interaction through information sensors, radio frequency identification technology, global positioning system, infrared sensors, laser scanners and other devices and technologies. , and collect sound, light, heat, electricity, mechanics, chemistry, biology, location and other required information. , and realize the connection between objects and locations through various possible networks. Internet of Things is an information carrier based on Internet and traditional telecommunication network, which makes all ordinary physical objects that can be addressed independently form an internet.

2. Employment prospects of Internet of Things major:

The Internet of Things industry has the characteristics of long industrial chain and involving multiple industrial clusters, and its application scope covers almost all walks of life. The Internet of Things industry has the characteristics of long industrial chain and involving multiple industrial clusters, and its application scope covers almost all walks of life.

(1) In the next five years, the demand for talents in the Internet of Things will reach more than100000. Among them, the demand for talents in the intelligent transportation and car networking markets is about 200,000; The demand for talents in intelligent logistics, logistics and intelligent warehousing market is about 200,000; The demand for talents in smart grid and intelligent new energy power industry will reach one million; The demand for talents in intelligent logistics, logistics and intelligent warehousing market is about 200,000; The demand for talents in smart grid and intelligent new energy power industry will reach one million;

(2) Graduates majoring in Internet of Things engineering can choose to work in government departments, scientific research institutions and design institutes. Consulting companies, construction engineering companies, property management, energy management, building energy-saving equipment and product manufacturing enterprises are engaged in the research, design, construction, operation, monitoring and management of building energy efficiency.