Internet of Things (IoT) Training

The open source IoT platform built using easy to use hardware and software, Arduino physical board, libraries, the Integrated Development Environment, Arduino Shields various operations like heat and light sensing, GPS, UI display, programming Arduino using C language, controlling external devices using pins on the Arduino board.

The Arduino interface, reading inputs from various sources, providing an output, working with sensors, sensing and controlling the physical world, deploying various types of sensors and connecting it to the Arduino, constant conversion between analog and digital signals for information exchange between the physical and digital domains, programing for this type of signal conversion, Arduino-specific shields, shields software libraries, real-time demo of Arduino interfacing.

Introduction to Raspberry Pi, single-board computer, the Operating System, user interface, advanced networking, deploying compute-intensive IoT, setting up the Raspberry Pi environment, Python coding for the Raspberry Pi, deploying Python-based Integrated Development Environment, tracing and debugging Python code.

Interfacing the Raspberry Pi with the physical world, introducing the various input and output devices, various protocols like USB, HDMI and Ethernet for information exchange, controlling physical devices like motors, sensors, thermostats, switches, converting analog signal to digital signal and vice-versa, Raspberry Pi expansion boards for building complex hardware setup, real-time demo of Raspberry Pi interfacing.

Introduction to IoT Sensors, the role they play in getting the IoT systems work efficiently, micro-electromechanical systems revolutionizing IoT sensors, the range of sensors including proximity, temperature, electric, mechanical, acoustics, acceleration, etc., smart sensors to help streamline analytics and connectivity in the modern world.

Coding for the various components of the IoT system, coming up with a micro-controller-based embedded system, building and testing it extensively, the various programming aspects of interfacing with the physical world, system design, microcontrollers, coming up with new and creative ways to solve a problem using coding.

Introduction to IoT design for end-to-end security, hack-proof methods, security of information exchange and networking, software updates, error reporting, centrally deployed software and firmware, infrastructure to meet current and future demands, user updates, rolling updates, rolling back security updates, separate channel for security from regular updates, software testing, testing of third-party services, end-user testing initiatives, support and user onboarding, edge processing, secure data management, collection and retention, legal and regulatory compliances.