Internet of Things Corporate Training Course

An overview of the IoT, including its concept, use cases, and history, is given in this module. Employees will get knowledge of the fundamental IoT principles, tools, and technologies. Additionally, learning about the various IoT application types and how they are applied in various sectors of the economy.

This module focuses on the components that make up the IoT architecture and about the different layers, such as the device, network, and application layers like IoT OS like Contiki, FreeRTOS and mbed, the edge and the connected thing or device, aPaaS, data management, middleware, device management.

This module provides an understanding of the origin and evolution of IoT. Teams will learn about the key players, technological advances, and events that led to the development of IoT.

This module provides an understanding of the different building blocks that make up an IoT system. Professionals will learn about the types of IoT devices, sensors, and actuators including IoT protocols and data processing technologies. In addition, this module provides an understanding of the various technologies used to build IoT systems.

This module provides an understanding of the various design and development considerations for IoT systems. Employees will learn about the different design patterns, such as event-driven architecture and the role of the cloud in IoT including different testing and deployment strategies for IoT systems.

In this module, professionals will learn about the role of IoT in enterprises and how it is being used to solve business problems. The focus of this module is to understand how IoT is being used to improve efficiency, increase productivity, and reduce costs.

This module explains the Arduino platform and its role in IoT. Employees will learn about the different types of Arduino boards, such as the Uno and Mega, and the various shields that can be used to extend the platform's capabilities including the Arduino Integrated Development Environment (IDE) and how to program an Arduino board.

The focus of this module is to provide an understanding of how an Arduino board can be interfaced with other devices. Professionals will learn about digital inputs, outputs, analog inputs, and communication protocols such as I2C, SPI, and UART. In addition, this module provides hands-on experience with interfacing different sensors and actuators with an Arduino board.

This module provides an understanding of the Raspberry Pi platform and its role in IoT. Employees will learn about the different types of Raspberry Pi boards, such as the Pi 4 and Pi Zero, and the various operating systems that can be used with the platform along with the Raspberry Pi environment and how to program a Raspberry Pi.

The focus of this module is to provide an understanding of how a Raspberry Pi can be interfaced with other devices. Employees will learn about digital inputs, outputs, analog inputs, and communication protocols such as I2C, SPI, and UART. In addition, this module provides hands-on experience interfacing different sensors and actuators with a Raspberry Pi.

In this module, professionals will learn about the different types of IoT sensors, such as temperature, motion, and proximity. The focus of this module is to understand the different types of IoT sensors such as MEMS and microelectronics and how they are used in IoT systems.

This module provides a deep understanding of the different communication protocols used in IoT systems. Our experts additionally explain protocols such as MQTT, CoAP, and HTTP and how they communicate between devices in an IoT system.

This module provides an understanding of the various programming languages and tools used to program IoT systems. Employees will learn about languages such as Python, C, and Java and tools such as MQTT, CoAP, and Node-RED. The focus of this module is to provide hands-on experience with programming IoT systems and creating IoT applications.

The focus of this module is to provide an understanding of the security and design considerations for IoT systems. Teams will learn about IoT security threats, such as hacking, data theft, and device tampering along with the different security protocols and encryption technologies used to secure IoT systems. This module explains the different design considerations for IoT systems, such as power consumption, cost, and scalability.