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IOT Internet of Things

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Course Description

Noble IT Solutions is a Pune based institution engaged in providing training and development courses and services such as web application development for students and corporate professionals. The company was founded in 2008 by Mr. Prashant Amritkar with the specific aim of working for training and development of core and advanced IT courses to boost the knowledge of students, corporate entities and corporate people in their respective IT field.

  • Basic Hands on IOT Training (24 Hours)
  • Advanced IOT Training Module (40 Hours)
  • End to End IOT Training for Corporates (54 Hours)
Course: Basic Hands on IOT Training
Duration: 24  Hrs

➢ End-To-End IOT Architecture with detailed explanation
➢ IOT Application or Use-Case with IOT Analytics
➢ IOT Market Landscape/Business or JOB opportunities in detail
➢ Availability of Readymade IOT Hardware + Software + Platform solutions

➢ Embedded Hardware Overview
➢ Arduino Programming Fundamentals: Arduino IDE
➢ Hands on Session: Read Real world data from Analog/Digital sensors
& Actuators/Output interfacing with microcontroller.

➢ Depth explanation of each and every layer of TCP/IP stack with practical
examples
➢ IPv4 addressing problem for IOT and introduction to IPv6. OR Why IPv6 is
required to address more devices?
➢ Networking Theory
-1. OSI Layer model
-2. Protocol stack Model
-3. IOT Protocols
-4. Importance of Brokers

➢ Connectivity Protocol- GPIO(Wired)
➢ Communication Channel- Ethernet
➢ Messaging Protocol- REST/Web Socket
 IOT Cloud Platform- Thing Speak IOT Platform

➢ Communication Channel- Ethernet/Wi-Fi
➢ Messaging Protocol- SMTP/REST/Web Socket
➢ IOT Cloud Platform- BLYNK IOT Platform

➢ Driver installation on Node MCU
➢ Flashing Node MCU
➢ Configuring Wi-Fi Interfacing & connect to the internet
➢ Connecting Node MCU using IOT Blynk Platform
➢ Web Server implementation on Node MCU

Course: Advanced IOT Training Module
Duration: 40  Hrs

➢ End-To-End IOT Architecture with detailed explanation
➢ IOT Application or Use-Case with IOT Analytics
➢ IOT Market Landscape/Business or JOB opportunities in detail
➢ Availability of Readymade IOT Hardware + Software + Platform solutions

➢ Embedded Hardware Overview
➢ Arduino Programming Fundamentals: Arduino IDE
➢ Hands on Session: Read Real world data from Analog/Digital sensors
& Actuators/Output interfacing with microcontroller.

➢ Depth explanation of each and every layer of TCP/IP stack with practical
examples
➢ IPv4 addressing problem for IOT and introduction to IPv6. OR Why IPv6 is
required to address more devices?
➢ Networking Theory
-1. OSI Layer model
-2. Protocol stack Model
-3. IOT Protocols
-4. Importance of Brokers
-5. Packet size (Header length)/payload tracing using Wireshark network
analyser tool

➢ Connectivity Protocol- GPIO(Wired)
➢ Communication Channel- Ethernet
➢ Messaging Protocol- REST/Web Socket
➢ IOT Cloud Platform- Thing Speak IOT Platform

➢ Communication Channel- Ethernet/Wi-Fi
➢ IOT Cloud Platform- BLYNK IOT Platform

➢ Getting started with Raspberry-Pi:
➢ Raspberry-Pi Hardware Description & Interfacing
➢ Components + Booting
➢ Wi-Fi/Bluetooth setup
➢ Accessing the Pi + Rasp-Bean OS
➢ (Linux) + basic commands + SSH (Putty/X-Ming)

➢ Raspberry-Pi interfacing & python programming:
➢ Multi-session + Playing with python (Arithmetic Conditions + Loops + functions)
Analog/Digital Sensor (Input)
➢ interfacing with GPIO’s + Actuator (Output) interfacing

➢ Sign in to the AWS IoT Console
➢ Register a Device in the Thing Registry
➢ Create and Activate a Device Certificate
➢ Create an AWS IoT Policy
➢ Attach an AWS IoT Policy to a Device Certificate
➢ Attach a Certificate to a Thing
➢ Configure Your Device

➢ Driver installation on Node MCU
➢ Flashing Node MCU
➢ Configuring Wi-Fi Interfacing & connect to the internet
➢ Connecting Node MCU using IOT Blynk Platform
➢ Web Server implementation on Node MCU

➢ Connecting Raspberry Pi with IBM Watson: Unregistered Mode
➢ Connecting Raspberry Pi with IBM Watson: Registered Mode
➢ Node red on Pi a Step towards IOT
➢ Connecting Pi as a Gateway with IBM Watson

Course: Corporates  IOT Training
Duration: 54  Hrs

➢ End-To-End IOT Architecture with detailed explanation
➢ IOT Application or Use-Case with IOT Analytics
➢ IOT Market Landscape/Business or JOB opportunities in detail
➢ Availability of Readymade IOT Hardware + Software + Platform solutions

➢ Embedded Hardware Overview
➢ Arduino Programming Fundamentals: Arduino IDE
➢ Hands on Session: Read Real world data from Analog/Digital sensors
& Actuators/Output interfacing with microcontroller.

➢ Connectivity Protocol- GPIO(Wired)
➢ Communication Channel- Ethernet
➢ Messaging Protocol- REST/Web Socket
➢ IOT Cloud Platform- Thing Speak IOT Platform

➢ Connectivity Protocol- BLE4.0/Bluetooth(Wireless)
➢ Communication Channel- Ethernet/Wi-Fi
➢ Messaging Protocol- SMTP/REST/Web Socket
➢ IOT Cloud Platform- BLYNK IOT Platform

➢ Connectivity Protocol- GPIO(Wired)
➢ Communication Channel- Ethernet
➢ Messaging Protocol- MQTT/REST/Web Socket
➢ IOT Cloud Platform- Thingworx IOT Platform

➢ Getting started with Raspberry-Pi:
➢ Raspberry-Pi Hardware Description & Interfacing
➢ Components + Booting
➢ Wi-Fi/Bluetooth setup
➢ Accessing the Pi + Rasp-Bean OS
➢ (Linux) + basic commands + SSH (Putty/X-Ming)

➢ Raspberry-Pi interfacing & python programming:
➢ Multi-session + Playing with python (Arithmetic Conditions + Loops + functions)
Analog/Digital Sensor (Input)
➢ interfacing with GPIO’s + Actuator (Output) interfacing

➢ Sign in to the AWS IoT Console
➢ Register a Device in the Thing Registry
➢ Create and Activate a Device Certificate
➢ Create an AWS IoT Policy
➢ Attach an AWS IoT Policy to a Device Certificate
➢ Attach a Certificate to a Thing
➢ Configure Your Device

➢ Driver installation on Node MCU
➢ Flashing Node MCU
➢ Configuring Wi-Fi Interfacing & connect to the internet
➢ Connecting Node MCU using IOT Blynk Platform
➢ Web Server implementation on Node MCU

➢ Connecting Raspberry Pi with IBM Watson: Unregistered Mode
➢ Connecting Raspberry Pi with IBM Watson: Registered Mode
➢ Node red on Pi a Step towards IOT
➢ Connecting Pi as a Gateway with IBM Watson

➢ Install Hive-MQ/Mosquitto Broker (MQTT) on Raspberry-pi
➢ MQTT lens & MQTT fx, virtual client to client communication
➢ MEAN stack: Install MongoDB, Express.js, Angular.js & Node.js to develop front end
& back-end.
➢ Other npm dependencies: Install some other npm dependencies such as Sokcet.io (A
web-socket Framework), body-parser, mongoose etc.
➢ Perform basic REST operation via APIs (PUT/GET/DELETE/POST).

➢ Route JSON Data in MongoDB (NoSQL)
➢ Data Binding
➢ Hybrid App or web
➢ development in Angular.js (Front end MVC)
➢ Controllers/Services + Create
➢ Analytics Model.

➢ Route JSON Data in MongoDB (NoSQL)
➢ Data Binding
➢ Hybrid App or web
➢ development in Angular.js (Front end MVC)
➢ Controllers/Services + Create
➢ Analytics Model.

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