What are the relevant courses for IoT training?

Before I ask about your question, I need to explain that the Internet of Things (IoT) is a comprehensive concept that involves a variety of technology fields, including hardware design, embedded systems, sensor technology, cloud computing, etc. Below I will introduce you to the relevant courses of Qianfeng Education in the Internet of Things training. For more systematic and comprehensive learning materials, click to view.

As a professional IT Internet technology training institution, Qianfeng Education provides comprehensive and in-depth IoT training services, aiming to help students master the design and development skills of IoT systems. The following are the main Internet of Things related courses of Qianfeng Education:

1.Embedded System Development: This course introduces the basic knowledge and development techniques of embedded systems, including embedded C language programming, RTOS (real-time operating system), drivers, etc.

By learning about embedded system development, participants can understand the underlying principles and operation methods of IoT devices.

2.IoT Communication Protocols and Network Technologies: This course focuses on the communication protocols and network technologies of the Internet of Things, including wireless communication technologies (such as Wi-Fi, Bluetooth, LoRa, etc.) and sensor network technologies.

Participants will learn how to enable data transfer and communication between IoT devices.

3.IoT Application Development and Cloud Platform: This course mainly introduces the use of IoT application development technology and cloud computing platform, including the construction of IoT platform, data storage and processing, remote monitoring, etc.

Through this course, participants will learn how to develop IoT-enabled applications and upload data to the cloud for analysis and processing.

Advantages of Qianfeng Education in IoT training:

1.Rich industry experience: Qianfeng Education has many years of rich experience in the field of IT training, we have an in-depth understanding of the technology development and market demand in the field of Internet of Things, and can provide students with knowledge and practical guidance that keeps pace with the times.

2.Professional Faculty Team: We have an experienced and industry-renowned IoT development faculty team with deep experience in IoT system design and development, and have the ability to teach authoritative IoT knowledge and skills to students.

3.Practice-oriented teaching: We focus on the teaching method of combining theory and practice, and through a large number of project exercises and experimental operations, we help students apply the knowledge they have learned to the development of IoT systems, and cultivate problem-solving and teamwork skills.

All in all, the Internet of Things is a comprehensive concept involving a variety of technical fields, and Qianfeng Education provides comprehensive and in-depth IoT training courses, covering embedded system development, communication protocol and network technology, application development and cloud platform. We have rich industry experience, professional teaching team and practice-oriented teaching in IoT training to help you master the design and development of IoT system design and development of Qianfeng IT training institutions, popular IT course trial places are available for a limited time.

Core skills to support your employment and career development in the IoT field. <>

To borrow a netizen's: "Let's put it in layman's terms: the Internet of Things is essentially an extension of the Internet, the terminal of the Internet is a computer, and the terminal of the Internet of Things is everything."

In the past, no one talked about Internet training, and the separate technology was implemented in terms of hardware training, network training, and software training. Now the training of the Internet of Things is also a general word, and the existence of the Internet of Things also needs the support of network, hardware and software. If it is said that the specific technology should be implemented, it is to add more radio frequency identification technology (RFID), sensor technology, intelligent embedding and other technologies to the body.

Engaged in radio frequency identification technology (RFID) and sensor technology are relatively more professional. For the majority of developers, intelligent embedding technology is more popular, but this is only a point in the Internet of Things, and does not include all the technologies required by the Internet of Things. "So now it's more likely to be learning about embedded development techniques.

I have a friend who is studying in a specialized embedded technology service center in Beijing, and I forgot the specific name, but it is said to be good.

Upstairs is talking about the embedded technology service center of our Beihang Science and Technology Park.

Courses you need to learn in IoT Engineering:

Introduction to Internet of Things Engineering, Embedded Systems and Microcontrollers, Wireless Sensor Networks and RFID Technology, Internet of Things Technology and Applications, Cloud Computing and Internet of Things, Internet of Things Security, Internet of Things Architecture and Comprehensive Training, Introduction to Signals and Systems, Modern Sensor Technology, Data Structures, Computer Composition Principles, Computer Networks, Modern Communication Technology, Operating Systems and other courses and a variety of elective courses.

The Internet of Things is based on the Internet, radio and television networks, traditional telecommunications networks and other information carriers, so that all ordinary physical objects that can be independently addressed to achieve interconnection and interconnection, also known as the Internet of Things domain name.

4G Internet of Things.

The professional positioning is the direction of Internet of Things system integration, and the core technology of the major involves sensing and detection technology, RFID technology, wireless networking, embedded technology, computer network, communication technology, Internet of Things system integration, etc. With the development of the Internet of Things industry, more and more Internet of Things enterprises need engineering and technical talents related to it.

Cultivate the ability to identify, obtain, transmit, process, identify and control information based on computer technology, automatic control technology, sensor information processing technology and Internet technology, be able to develop and promote system integration and related technologies and products, have the ability to practice Internet of Things engineering, and become high-quality applied and professional talents who serve the needs of economic and social development.

First of all, let's understand some of the content of the Internet of Things, the Internet of Things, as the name suggests, is a technology that some substances are connected to the network and then become intelligent, better to operate, and more convenient, which is the literal content.

Then, from the official point of view, it refers to the real-time collection of any object or process that needs to be monitored, connected, and interacted through various devices and technologies such as various information sensors, radio frequency identification technology, global positioning system, infrared sensor, laser scanner, etc., and collects various required information such as sound, light, heat, electricity, mechanics, chemistry, biology, location, etc., and realizes the ubiquitous connection between things and things, things and people, and realizes the intelligent perception, identification and management of items and processes. The Internet of Things is an information carrier based on the Internet, traditional telecommunication networks, etc., which allows all ordinary physical objects that can be independently addressed to form an interconnected network.

The above is a more accurate overview of the content, and then this major is mainly related to computer networks, that is, the industry belongs to the IT industry, first you have to learn to write some programming languages, and then understand the movement principle of the Internet of Things, and then you can contact the complete use of the Internet of Things in daily life. Of course, the Internet of Things engineering we want to learn is an interdisciplinary discipline, involving computer, communication technology, electronic technology, software development and other aspects of knowledge, students in this major need to study courses including computer, information and communication engineering, Internet of Things technology and application.

If you want to learn and use the Internet of Things, you still need to learn a lot of skills, this is a computer technology application that has a lot to do with our daily life, the use of the Internet of Things technology mainly includes LAN technology, WAN technology, transmission control protocol and now the more popular cloud computing technology, of course, the daily use of the Internet of Things still requires the collection of a lot of information, such as sound, language, facial recognition and other more commonly used technologies, the development of the Internet of Things will definitely spread throughout our daily life, But the perfect use of this technology needs better research.

The origin of the Internet of Things is in the field of media, and it is the third revolution in the information technology industry; The courses to be studied are Information and Engineering Technology, Computer Science and Technology, Electronic Science and Technology, Mathematical Circuits and Logic Design, Analog Electronic Technology, Signals and Systems, Communication Principles, Computer Networks, Modern Communication Networks.

The Internet of Things refers to the use of the network to link the items of various sensors and people; Need to learn programming, computer, English, physics, marketing.

The Internet of Things is to control some equipment in other places through intelligent technology to realize the convenience of artificial intelligence; The majors involved in this major include information and communication engineering, electronic science and technology, computer science and technology, introduction to the Internet of Things, sensor principles, two-dimensional barcode technology, Internet of Things networking technology and so on.