IOT Online Training Modules Overview

Core topics of IoT Online Course

Internet of Things Online Training          

IoT is a connection between things like devices, home appliances, vehicles and objects that are embedded with software and sensors over the internet which allows things to connect and exchange data. In IoT a thing and object are able to connect and exchange data over the internet without any manual assistance. This IoT Online Training is provided by Real-Time Experts with Real-Time Scenarios.

Course Objectives:

• The Architecture of Internet of Things
• IoT components, devices, hardware, software requirements
• The various layers of IoT infrastructure
• IoT embedded systems & micro-controllers
• Working with Big Data and deploying Data analytics
• The Arduino & Raspberry Pi interface for IoT
• USB, HDMI and Ethernet protocols of IoT communication
• Controlling physical IoT devices like switches, motors, sensors
• Programming for IoT components and systems
• IoT support, security, testing, compliance and data management

Prerequisites:

• Basic Linux fundamentals and Python Programming knowledge is not necessary but an added advantage
• Who should do this course?
• Software Developers
• Architects
• Business Managers
• Anyone who are interested to make their career path in IoT can take up this course

Introduction to the Internet of Things

Introducing the Internet of Things, the various types of devices connected to the internet, components of IoT devices, design considerations, IoT device and physical world interfacing, hardware and software trade-offs, IoT simulators OpenWSN and Cooja, IoT and how the embedded systems work, working with Big Data, Cloud, Analytics.

IoT Architecture

The IoT Stack Architecture, the various components and layers, the app, the data processing and platform, IoT OS likeContiki, FreeRTOS and mbed, the edge and the connected thing or device, aPaaS, data management, middleware, device management, device hub/gateway, sensors, hardware/firmware, embedded devices NodeMCUandNetduino for C#.

The Arduino Platform

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.

Arduino Interfacing

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.

The Raspberry Pi Platform

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

Raspberry Pi Interfacing

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.

IoT Sensors

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.

IoT Communication

The vast array of communication and information exchange methodology for IoT, including Bluetooth, WiFi, Near Field Communication, Zigbee, Z-Wave,5G and LoRA, Cellular, Thread, etc., getting the various communication protocols and interoperability between various devices for a seamless system,real-time demo of IoT communication.

IoT Programming

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

IoT Security & Design

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.

IoT Projects

Project 1:  LED Control with IoT in a logistics company

Industry:  Logistics

Problem Statement:  A logistics company wants to used IoT-enabled LED light to monitor the movement of goods within its warehouse

Description:  This project involves working with LED display using Raspberry Pi and controlling the circuit using Python programming language. You will configure the Raspberry Pi with GPIO library and attach Raspberry Pi board to GPIO pins.

Highlights:

• Configuration of Raspberry Pi
• Python coding for lighting the LED
• Connect Raspberry Pi board with Python code.

Project 2:  Control LED light using Arduino Uno board

Industry:  Retail

Problem Statement:  A Retail enterprise wants to know when the essential stock of products are about to run out by activating the LED light

Description:  This Project involves controlling the LED light using a small push button using an Arduino Uno board and connecting it to a computer using an USB cable. You will load the in-built file button in the Arduino IDE. You will upload the compiled switch sketch to Arduino Uno board and switch it on and off using the push button.

Highlights:

• Build the Arduino circuit on Uno board
• Load the file button in Arduino IDE
• Push button when a criterion is met.

Project 3:  IoT simulation system

Industry:  General

Problem Statement:  How to simulate an IoT system using MATLAB

Description:  In this project you will create a MATLAB simulation of a real-world IoT system. In this simulation you will collect streaming IoT data from various devices, aggregate it and analyze it. You will develop data-driven models in IoT to understand, monitor and optimize the streaming data coming from Internet of Things devices.

Highlights:

• Develop data-driven models
• Design IoT analytics & algorithm
• Deploy MATLAB analytics

Job Opportunities in IOT

It’s an open fact that this is an industry where opportunities are quite plenty. If you have got the right set of skills & qualification, the jobs are waiting for you—now and in the future. To be clearly precise the whole world is facing shortage of skilled experts in this domain & most of the companies are coming forward offering whopping salary packages for the right talented experts who have successfully completed their training certification from a qualified institute. Make the most out of the rising career opportunities in the domain of IOT by availing our SacrosTek Systems complete industry concentric IOT Online Training certification program

SacrosTek Systems offer certification programs for IOT. Certificates are issues on successful completion of the course and the assessment examination. Students are requested to participate in the real-time project program to get first-hand experience on the usage and application of the IOT. The real-time projects are designed by our team of industry experts to help students get best possible exposure to the IOT and its applications.