Industrial internet of things (iiot)

Description

The subject "industrial internet of things" covers the basic principles of construction, integration and application of iot systems in industrial environments. within the subject, the architecture and main components of industrial iot systems, the working principles of sensors and actuators and their integration into systems are studied. network and communication technologies, iot protocols and platforms used in industrial environments, their characteristics and application areas are reviewed. students acquire knowledge and skills in data collection and transmission from sensors, establishment of inter-device communication through various communication protocols, as well as data processing based on edge and cloud technologies. in the educational process, attention is paid to the construction of sensor and actuator-based systems, the application of industrial communication technologies and protocols, as well as the practical implementation of industrial iot solutions. at the end of the course, students acquire the ability to analyze industrial iot systems within the concept of industry 4.0, choose appropriate communication technology and protocols, and develop simple iot solutions.

Course learning outcomes

1. 1

   CLO 1: Able to explain the concepts of internet of things (iot), industrial internet of things (iiot) and industry 4.0, their main components, functional features and interactions. able to analyze the role of iiot systems in digitization and transformation of industrial processes.

2. 2

   CLO 2: Knows the architecture of industrial internet of things systems, key components and view levels of the industrial internet reference architecture (iira) model. able to define functional components and appropriate architectural approaches of iiot systems for various industrial application scenarios.

3. 3

   CLO 3: Knows the working principles, types and specifications of sensors, actuators, embedded systems and microcontrollers. able to select sensors and actuators according to the requirements of various industrial applications, and to program simple iot systems using platforms such as arduino and raspberry pi.

4. 4

   CLO 4: Understands wired and wireless communication technologies, channel, network/internet, transport and application layer protocols used in iot and iiot systems. able to compare rfid, nfc, ble, wi-fi, cellular networks, IEEE 802.15.4, ipv6, 6lowpan, rpl, thread, zigbee, z-wave, lorawan, udp, mqtt, coap and other communication technologies and protocols and choose according to application requirements.

5. 5

   CLO 5: Knows the role, architecture and core functions of edge and cloud computing in iiot systems. able to explain the principles of sensor data collection, transmission, real-time processing and integration into iot platforms, and analyze various processing approaches according to application requirements.

6. 6

   CLO 6: Knows key security vulnerabilities, cyber attacks, security mechanisms and industry cybersecurity standards in iiot systems. able to design, develop and technically justify a simple iiot solution by appropriately selecting components such as sensor, actuator, communication technology, protocol, edge or cloud platform.