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Internet of Things (IoT)

With the emergence of sensors technology and the advances in communication technologies and cloud computing, we are moving towards a new computing paradigm, which will involve trillions of connected devices – IoT, Internet of Things. IoT will transform and it requires rethinking of how we compute today.According to a report by Gartner, IoT will include 26 billion units installed by 2020, and by that time, IoT product and service suppliers will generate incremental revenue exceeding $300 billion, mostly in services.

This course will focus on the core technologies behind Internet of Things. This course leverages and explores the infrastructure, communication, sensor technologies, networking technologies, data/storage/analytics and security aspects of IoT in building the next-generation computing realm, which makes a world fully connected.

After the course, participants will have a good understanding of the different pieces of an IoT system and how they interact. 

* Note:The Number of Project will be Covered According to the Duration of that particular Program.
All training modules are based on REAL TIME LIVE PROJECTS.

Fees:
IoT with Arduino (15 Days)- Rs. 9,990/- per participant including of all taxes.
IoT with raspberry Pi (15 Days)- Rs. 14,990/- per participant including of all taxes.
IoT with Amazon Cloud Computing (7 Days)- Rs. 5,500/- per participant including of all taxes.


This course is ideal for those who are interested in exploring the possibilities of Internet of Things using Arduino. The course lesson will explain “How to work on IoT using Arduino".

In this course you will learn how to implement the communication between smart phones and home appliances using Arduino to control the home appliances. This project is significant to reduce wastage of electricity, Improve technology used in a home, to provide convenience, security and increased quality of life and help you to use various wireless technologies.

You will learn how to use Android device to wirelessly control electrical outlets using relay switches in order to prevent wastage of electricity. How to configure your Bluetooth module to operate in the communication speed used in the Arduino.

Android app to help you control the pins of your Arduino Uno from your Android phone wirelessly.

App employs a simple Android user interface to:
1) Control Arduino Uno\'s digital and PWM pins
2) Send text commands to Arduino
3) Receive data from Arduino over Bluetooth serial using the ever popular and really cheap HC-06 Bluetooth over serial module.

At the end of the course, you\'ll be fully familiarized with Arduino and ready to build your own home appliances. If you\'re interested in Arduino, or microcontrollers in general, and don\'t know where to Start - you\'ve found the perfect course. It provides the complete source code of the real time project. You will have a firm foundation on Internet of Things using Arduino. You can easily climb the stairs of IoT advance projects.

What are you waiting for? Enroll now!

What is the target audience?
  • This course is for anyone who is interested in learning about Internet of Things(IoT). The course does not require any prior knowledge about Arduino.
  • It’s designed to introduce the Internet Of Things(IoT) using Arduino programming environment to get you started on building projects.

Curriculum:

Section 1: Introduction
Lecture 1
Introduction
Lecture 2
Introduction to Internet of Things(IoT)

Section 2: Detailed description of the hardware components
Lecture 3
Controlling home appliances using Arduino with relay module in detail:
a) Detailed description of 5V, 10A 2-Channel Relay module
b) What are the key features and it\'s pin configuration of Relay module in detailed.
Lecture 4
Bluetooth HC-06 key features and pin configuration:
a) Detailed description of Bluetooth module HC-06
b) What are the key features of Bluetooth module
c) HC-06 Bluetooth module pin configuration

Section 3: Testing the Relay module
Lecture 5
Project concept - Hardware requirements and Testing the Relay module
Lecture 6
Circuit Diagram_Testing the Relay module
a) Circuit assembly of the hardware
Lecture 7
Source code_Testing the Relay module
a) Complete error free source code of the program relay module

Section 4: Home Automation(IoT)
Lecture 8

Home Automation - Initiating the setup function
Lecture 9
Home Automation - Defining the condition and declaring the Voice commands
Lecture 10
Home Automation - Define voice commands and Compiling the code
Lecture 11
Home Automation - Error dubugging and Uploading the code into Arduino
Lecture 12
Setting up the Home appliances and Explaning the circuit diagram
Lecture 13
Circuit Diagram
a) Circuit assembly of the hardware
Lecture 14
Source code of the project
a) Complete error free source code of the program
Lecture 15
Real time demostration - Mobile app download and Connect to the device

Section 5: Bonus Content : IoT: Ethernet Shield using Blynk app
Lecture 16
Bonus Content: Ethernet shield for Arduino
Lecture 17
Bonus Content : Ethernet shield for Arduino: Blynk app account creation
Lecture 18
Bonus Content : Ethernet shield for Arduino: Authentication Token
How to add the Authentication token to the program and how to run the project using Blynk app.
Lecture 19
Bonus Content : Circuit diagram
Lecture 20
Bonus Content : Source code of the project
 
Course Duration: (15 Days)- Rs. 9,990/- per participant including of all taxes.
                                 Hardware kit worth Rs. 4,500/- to be provided to individual participants.
We are back with another amazing course that will take your basic coding skills to next level. Internet of Things Automation using Raspberry Pi 2 is ideal for those who are interested in exploring the possibilities of IoT using Raspberry Pi 2. The course assumes basic knowledge of computer hardware and software. However, knowledge of Python programming will help you in getting up to speed.

You will learn how to connect multiples of DS18B20 waterproof sensors to GPIO pins of Raspberry Pi and access the raw temperature via Linux command. You will code the sensors to display the temperature automatically and also get notified via email alert when the temperature crosses a certain limit. Implementation of IoT through Python programming will make the device remotely accessible. If you are a technology enthusiast and want to learn the cutting edge technology then this is the right course for you.

Finally, you will learn how to connect multiples sensors to an open source cloud and access the updated temperature through a web portal dashboard.

The course provides the complete source code of the real time project.

By the end of this course, you will have a firm foundation on Internet of Things using Raspberry Pi. You can build own IoT controlled devices.

What are you waiting for? Enroll now!

What is the target audience?

This is a course on Raspberry Pi meant for those who want to explore the possibilities of Internet of Things.

Curriculum:

Section 1: Introduction
Lecture 1
Overview
Lecture 2
Introduction and Hardware Requirements
Lecture 3
Circuit assembly on Breadboard
Lecture 4
Identifying the sensors
Lecture 5
Access Raw Temperature via Linux Command

Section 2: Temperature Automation
Lecture 6
Circuit Diagram
Lecture 7
CODE - Import the required library
Lecture 8
CODE - Read temperature via File Handling
Lecture 9
CODE - Define Email server
Lecture 10
CODE - Email Authentication
Lecture 11
CODE - Error Debugging
Lecture 12
CODE- Adding crontab module
Lecture 13
Temperature Automation - Real time Demonstration
Lecture 14
Source Code : Temperature Automation

Section 3: Remote Access
Lecture 15
Open source cloud - Frontend Configuration
Lecture 16
Open source cloud - Backend Configuration
Lecture 17
Open Source Cloud - End user accessibility
Lecture 18
Open Source Cloud - Real Time Demonstration

Section 4: Bonus content : Setup your own personal cloud
Lecture 19
Bonus content : Introduction to Tonido
Lecture 20
Bonus content : Implementation of Tonido in Raspberry Pi


Course Duration: (15 Days)- Rs. 14,990/- per participant including of all taxes.
                                  Hardware kit worth Rs. 7,500/- to be provided to individual participants.

Highlights: 
No devices are required it will work over the cloud so only Internet is required
This course content approved by Infosys Campus connect panel
This course content will cover cloud computing and IoT both.
After completion of this training student will face any advance level technical interview.

Prerequisite
1. Knowledge of basic linux and Dos command
2. Knowledge of DDL ,DML,DCL commands from DBMS

Course Curriculum:

Introduction to AWS IoT
Install the AWS CLI
Create a Device in the Thing Registry
Secure Communication Between a Device and AWS IoT
Verify MQTT Subscribe and Publish
Configure and Test Rules
Use the Device Registry and Device Shadows
Device Registry

Security and Identity
Identity in AWS IoT
Authorization
Message Broker
Protocols
Topics

Rules
Granting AWS IoT the Required Access
Creating an AWS IoT Rule
Viewing Your Rules
Troubleshooting a Rule
Deleting a Rule
AWS IoT Rule Actions

AWS IoT SQL Reference
Expressions
SELECT Clause
FROM Clause
WHERE Clause
Functions
JSON Extensions
Substitution Templates

Device Shadows
Device Shadows Data Flow
Device Shadows Documents
Using Device Shadows
RESTful API
MQTT Pub/Sub Messages
Document Syntax
Error Messages

AWS IoT SDKs
Device SDK
AWS IoT Device SDK for C
AWS IoT Device SDK for Node.js

Troubleshooting
Diagnosing Connectivity Issues
Setting Up CloudWatch Logs
Diagnosing Rules Issues 

Course Duration:
(7 Days) : Rs. 5,500/- per head inclusive of all taxes.
                                 All required Software and Material to be provided to Individual participants.

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