IoT Training

What is Internet of Things?

• Current technological trends and near future prospects
• Digital world, real world and augmented world
• M2M communication and automation history
• Relation with embedded systems
• General introduction to Arduino, Raspberry Pi and smart WIFI boards
• Introduction to IOT

Why and How IOT Evolved?

• Industrial internet, Evolution of deskless workforce, Real time insights

Introduction to Arduino Programming

• Part 1: Arduino Sketch Structure and Flow

Explains the structure of an Arduino program and how program statements are
executed. Demonstrates a simple "Hello World" program.

• Part 2: Arduino Sketch Main Loop and Calling Functions

How the Arduino main loop works and what it means to call a function.

• Part 3: Variables

An introduction to Arduino variables showing the use of integer (int) and
floating point (float) variables.

• Part 4: Arithmetic Operators

Addition, subtraction, multiplication, division and remainder on an Arduino.

• Part 5: Relational Operators

Comparing values in Arduino.

• Part 6: Increment Operator and Commenting

How the Arduino increment operator works. Using comments in Arduino
sketches.

• Part 7: The Arduino for Loop

How the Arduino for loop works. Use the Arduino for loop to loop through code
a set number of times.

• Part 8: The Arduino while Loop

How to use the Arduino while and do-while loops.

• Part 9: The Arduino if Statement

Using the Arduino if statement. How to get keyboard input to the Arduino from
the Serial Monitor Window.

• Part 10: Making Decisions with if-else

Arduino if-else construct. Switch an LED on and off using the Serial Monitor
window

• Part 11: Decisions with if-else-if

Arduino if-else-if and if-else-if-else constructs. Control LED blink rates using
if-else-if constructs.

• Part 12: Logical Operators OR, AND and NOT logical operators used in
  Arduino sketches to control an LED from the Serial Monitor window.
  
  
• Part 13: Switch & Break
  
  
• Part 14: Conditional Operator
  
  
• Part 15: Functions
  
  
• Part 16: Returning a Value from a Function
  
  
• Part 17: Arrays
  
  
• Part 18: Strings
  
  
• Part 19: Serial Input.

Theory

IOT based Health Services

Heart Rate, Pulse, Other body parameter observation from Remote Location

Practicals

Introduction to Python programming & Interfacing with Raspberry pi Hands On

• Basic Introduction to Raspberry Pi GPIO.
• Raspberry Pi Setup for Beginners
• A Basic Guide How to Send & Receive 433MHz Signals for Home Automation
• How to create a fortune telling robot with motion sensor and Raspberry Pi
• Set up SSH and X Forwarding
• Compile a Kernel, Finding your Raspberry Pi's IP Address
• Changing the hostname of your Raspberry Pi's IP
• Easy GPIO Hardware & Software
• Serial port programming,SD Card setup using DD for Windows
• Software: C64 Emulator (VICE)
• Setting up VNC,Handling ports. Collecting Sensor data.
• Sensor calibrations., Making Rest Client in python
• Storing data into cloud
• Representational State Transfer (REST) and Activity Streams
• IoT Communication Protocols
• Communication Protocols
• The MQTT Protocol
• Sensor Networks
• Adding HTTP support to the sensor

Long Range Low Power IoT/TTH

• IoTDevices.Embedded Systems.8 hrs
• Introduction to Wireless Communication technologies in IoT
• Short Range/LAN
• Cellular
• Low Power Wide Area (LPWA)
• Modulation Principles
• Introduction to LoRaWAN
• Why LoRaWAN?
• Bandwidth vs Range
• Features
• Use Cases
• LoRaWANvs Other LPWA
• Building up the LoRa Gateway
• Components
• Setting up Raspberry Pi
• Wiring the components
• Running the LoRa gateway
• Lab: Creating and Running LoRa Gateway
• Building up the LoRa Gateway
• Building up the LoRa Node
• Components
• Setting up NodeMCU/Arduino
• Running the LoRa node
• Lab: Creating and Running the LoRa Node
• Lab: Connecting the LoRa Node to the LoRa Gateway
• Connecting LoRa Gateway to Cloud
• Preparing LoRa Gateway
• Setting up Cloud Environment (Azure and PubNub platforms)
• Publish sample data to Cloud via LoRa Gateway
• Lab: Registering, Connecting and Sending data from LoRa Gateway to Azure IoT Hub
• Building up an end-to-end LoRa based Sensor network based on a IIOT case
  

scenario

• Case Studies: LoRaWAN Implementations Discussion/ Q and A
• Low-Power Wide-Area Network (LPWAN) or Low-Power Network (LPN)
• Getting started with LoRaWAN and Python using Zerynth and The Things Network.