Internet of Things Applied Technology specialization includes:

1, Embedded Systems: students will learn the principles and design methods of embedded systems, and master the hardware programming techniques based on MCU (Microcontroller Unit) or MPU (Microprocessor Unit).

2. Sensor Technology: Students will learn different types of sensors, their principles, application scenarios, and data acquisition and processing methods, and master the skills of selecting, arranging and debugging sensors.

3, communication technology: students will learn IoT communication technology, including wireless communication technology (such as Wi-Fi, Bluetooth, ZigBee, LoRa, etc.), wired communication technology (such as Ethernet, CAN bus, etc.), and Internet protocols.

4. Data Processing and Cloud Platforms: students will learn data processing and storage technologies in IoT, including data transmission, data processing algorithms, database technologies, as well as common cloud platforms and big data analysis tools.

The main learning content of IoT application technology

1, IoT basics: students will learn the basics of IoT such as the concept of IoT, its development history, key technologies and other basic knowledge, and will understand IoT's application areas and industry prospects.

2, embedded system design and development: learning the principles of embedded systems, hardware programming and software development techniques, mastering common embedded development platforms and tools.

3, sensors and Internet of Things nodes: learning the principles, characteristics and applications of various types of sensors, understanding the design and realization of Internet of Things nodes.

4, wireless communication technology: learning the commonly used wireless communication technologies in the Internet of Things, including Wi-Fi, Bluetooth, ZigBee, LoRa, etc., to understand their principles, characteristics and applicable scenarios.

5, cloud computing and big data: learn the application of cloud computing and big data technology in the Internet of Things, including data storage, data processing, data analysis and visualization.

6, IoT security and privacy protection: learning the basic concepts and methods of IoT security, mastering data encryption, authentication and access control and other security technologies in IoT.

7, Internet of Things application development: learning the design and development methods of Internet of Things applications, including sensor data acquisition, data processing and transmission, application program development.