What are the employment directions of the Internet of Things engineering major?
The employment direction can be in the fields of communication, finance, commerce, transportation, manufacturing, service industry, etc. from the planning and design of Internet of Things, wireless local area network, Internet of Things application programming, and Internet of Things equipment installation, debugging and maintenance.
Positioning as the direction of Internet of Things system integration, the core technologies of this major involve sensing and detection technology, RFID technology, wireless networking, embedded technology, computer network, communication technology, Internet of Things system integration and so on. With the development of the Internet of Things industry, more and more Internet of Things enterprises need relevant engineering and technical personnel.
Employment direction sensor network involves urban public safety, public health, safe production, intelligent transportation, smart home, environmental monitoring and other fields. At present, there are few large enterprises engaged in the application of sensor networks in China, but small enterprises are developing vigorously.
Sensor network technology is mainly composed of sensors, communication networks and information processing systems, and has the functions of real-time data acquisition, monitoring and control. With this technology, various environments, facilities and internal operating mechanisms can be monitored in real time through the network.
Employment Direction With the deepening of basic research on nano-materials and nano-technology and the development of practical process, especially the further organic combination of nano-technology with environmental protection and environmental governance, many environmental protection problems will be solved.
The rise of nanotechnology poses a severe challenge to China, and also provides a rare opportunity for China to achieve leap-forward development. Nano-materials are the foundation of nanotechnology, and functional nano-materials are the most dynamic fields in nano-materials science, which will have a far-reaching impact on information, biology, energy, environment, aerospace and other high-tech fields and have broad application prospects.
Employment Orientation This major can engage in the research, design, construction, operation, monitoring and management of building energy efficiency in government departments, scientific research institutions, design institutes, consulting companies, construction engineering companies, property and energy management, building energy-saving equipment and product manufacturing enterprises.
This major cultivates high-end comprehensive talents with knowledge of basic theory of building energy conservation, building physical environment and building environmental engineering, and the ability of building energy conservation design, comfortable building environmental engineering design and building energy conservation evaluation.
Employment Orientation This major trains wide-caliber and compound information communication talents urgently needed by traditional media organizations, government agencies, institutions, companies and other organizations. This major can not only engage in the in-depth, comprehensive and interdisciplinary information communication work in the information communication era, but also engage in the communication technology work of news communication technology such as design and production.
The emergence of new media and information network new media not only changed the past information production mechanism, but also caused a revolution in news communication education.
Employment Direction Internet of Things: The Next Opportunity for Entrepreneurship
Analysts pointed out that the Internet of Things is the development direction of science and technology industry in the next decade, and it is also a booster to get out of this financial crisis. So we see that Wuxi's "Perceptual China" has received hundreds of millions of funds from the government and operators, and it is growing rapidly. At the same time, Internet of Things industrial parks and demonstration areas have mushroomed everywhere.
As a strategic emerging industry advocated by the state, the Internet of Things has attracted much attention from all walks of life and become a hot field with broad employment prospects. This major is mainly employed in enterprises and industries related to the Internet of Things. Design, development, management and maintenance of communication architecture, network protocols and standards, information security, etc. There is a wide range of employment and a great demand.
Introduction of Internet of Things Engineering Specialty
From a technical point of view, the application of the Internet of Things mainly involves three parts, namely external perception, perceived information transmission (which may require nodes to use wireless networking to realize information transmission), information processing and feedback control. Intelligent technology runs through the whole Internet of Things and is the core of core technology. Sensing can be intelligent sensing, multi-node cooperative sensing and intelligent recognition sensing system.
Internet of Things Engineering Learning Course
Information and communication engineering, electronic science and technology, computer science and technology. Introduction to Internet of Things, circuit analysis foundation, signal and system, analog electronic technology, digital circuit and logic design, microcomputer principle and interface technology, engineering electromagnetic field, communication principle, computer network, modern communication network, sensor principle, embedded system design, wireless communication principle, wireless sensor network, short-range wireless transmission technology, two-dimensional barcode technology, data acquisition and processing, Internet of Things security technology, Internet of Things networking technology, etc.
What are the employment directions of the Internet of Things engineering major?
1, IT system maintenance engineer
IT is the personnel who maintain and manage all IT equipment of the fund company. In a broad sense, IT system maintenance engineer refers to the personnel engaged in technical support, software and hardware maintenance, virus protection system management, equipment maintenance management and other IT technical work in fund companies.
2.ERP consultant
ERP implementation consultant, also called ERP implementation engineer and ERP application engineer, refers to the project manager who takes the ERP implementation of the company as his own responsibility and invests a lot of manpower, financial resources and energy to ensure the realization of this implementation goal.
3. System Administrator
Mainly divided into network system administrators and information system administrators. The network system administrator is mainly responsible for the design, installation, configuration, management and maintenance of the network equipment and server system of the whole network, and provides technical support for the safe operation of the intranet. The server is the core of the network application system, which is managed by the system administrator. The information system administrator is responsible for the daily management and maintenance of specific information systems, and has the highest management authority of information systems.
4. Network administrator
Network administrators are administrators of commercial Internet service providers that are open to the public.
5. Product Manager
It is the position responsible for product management in the enterprise. The product manager is responsible for investigating and determining what products to develop and what technologies and business models to choose according to the needs of users. And promote the development organization of corresponding products. She or he should also coordinate R&D, marketing and operation according to the product life cycle, determine and organize the implementation of the corresponding product strategy and a series of other related product management activities.
6. Electronic Component Engineer
Electronic component engineers mainly research, develop, design and produce integrated circuits, semiconductor discrete devices, electric vacuum devices and special devices.
7. System Architect
System architect (also known as enterprise architect or system designer) is a technician. He finally confirms and evaluates system requirements, gives development specifications, builds the core framework of system implementation, clarifies technical details and clears major difficulties. Mainly concerned with the "technical realization" of the system. Therefore, he/she should be proficient in specific development platforms, languages and tools, and be able to give the most appropriate solutions for common application scenarios immediately. At the same time, he/she should know enough about his/her development team and be able to evaluate the cost of his/her team to achieve specific functional requirements.
8. Game designer
Game development engineers are committed to the overall design of the game, responsible for the design and development of game development tools and operation and maintenance tools, and cooperate with the main program to complete the design, development, debugging and other technical support of the game architecture and main functions.
Employment prospects of Internet of Things projects
The Internet of Things project has a huge market, so the employment prospects are also very good. Graduates can engage in in in-depth, comprehensive and interdisciplinary information communication in the information communication era, or engage in communication technology such as design and production in the field of news communication technology, or engage in research, design, construction, operation, monitoring and management of building energy efficiency in government departments, scientific research institutions, design institutes, consulting companies, construction engineering companies, property and energy management, building energy-saving equipment and product manufacturing enterprises.