Internet of things course

Prerequisites:

• Need a Laptop/Desktop with an internet access
• Any web browser (Preferably Google chrome web browser)
• Valid Email ID (Preferably Gmail ID)
• Notebook and Pen (mandatory)
• Basic C/Python programming language is good to have (Not mandatory)
• Hardware is not mandatory

Getting started with the internet of things

• IoT generic architecture and solution components
• IoT business scenarios and opportunities.
• Basic function and architecture of a sensor
• Introduction to Arduino Platform and Raspberry Pi platform

• Sensors – Types, Classification & selection criteria
• Introduction to IoT Development Boards – Arduino, Raspberry Pi, Intel Galileo, ESP8266, Nodemcu, Micro-python.
• Interfacing peripherals & Programming GPIOs – Input/output peripherals, Sensor modules
• Design Considerations – Cost, Performance, Scalability & Power Consumption and tradeoffs

• Understanding MQ Difference between HTTP & MQTT
• Understanding MQTT Broker
• Understating Publish & Subscribe Methods
• MQTT Security and QoS
• Installation of Paho library in Python.
• Hands-on session on MQTTFX
• Wired Communication Protocols – UART, USART, SPI, I2C, Modbus
• Wireless Communication Protocols – Bluetooth, Beacons, WiFi,
• Networking Protocols – TCP/IP, UDP/IP
• Application Protocols – HTTP, Web sockets, MQTT
• Device management, discovery, addressing
• Introduction to CoAP protocol
• Hands-on session on Copper (CoAP agent) and CoAP server and client in Python

•  Role of Cloud Computing in IoT
•  Tools, API, and Platform for integration of IoT devices with Cloud
•  IoT cloud platform and integration with Gateway.
•  Web services and APIs

•  Introduction to data analytics
•  Introduction to python for Data analytics

• Getting Started with LED blink
•  Interfacing sensor (Analog & Digital) with MCUs
•  Interfacing switches and LEDs with MCUs
•  Interfacing sensors and other peripherals using SPI and I2C communication protocols
•  Fundamentals and programming
•  Configuring and uploading data on the cloud using WiFi ESP8266 module
•  WIFI different modes of applications(AP mode and STA mode)
•  Programming ESP8266 module Arduino IDE to access/upload data on cloud
•  Web server Programming
•  Setting up an HTTP server and testing HTTP methods on the localhost and with cloud
•  Setting up MQTT and CoAP server and testing publish & subscribe methods

1. OS Configuration

•  Setting up Raspberry PI
•  Flashing and loading the SD card with the OS
•  Booting the OS
•  Intro of items on the desktop (Noobs Linux)
•  Intro and hands-on coding of Python

2. Raspberry Pi Network Setup

•  Setting Up Using GUI
•  Setting Up Using Command Line
•  Finding Pi’s IP Address
•  Connecting with Wi-Fi/ LAN

3. Using Python

•  Using Python2 and 3
•  Interpreted Languages
•  Variables, Keywords, Operators, and Operands
•  Data Types in Python
•  Flow Control
•  Condition Statement
•  Loops
•  Importing Libraries
•  Functions
•  Classes
•  Concept of Server and Client

4. GPIO

•  Understanding Pi3 GPIO pin structure
•  Configuring GPIO pins
•  Importing and Enabling GPIO pins

5. Interfacing Sensors and other Electronic Components

•  LED interfacing using the GPIO
•  Button input and LIGHT sensor interfacing
•  Buzzer, Motion Sensor and various sensor interfacing
•  Interfacing relays with Raspberry pi

6. Introduction to MQTT and JSON

•  Introduction to the Message broker, Client, Topic, Publish & subscribe
•  MQTT Security and QoS
•  Using MQTT.FX to Understand MQTT
•  Installation of PAHO library in Python
•  Introduction to JSON
•  JSON Format Structure

7. Integrating Sensors and Actuators to Cloud

•  Introduction to cloud
•  Raspberry Pi as IoT gateway
•  Device provisioning in IoT cloud
•  Understanding python code to interface sensor to cloud
•  weather station using DHT Temperature and humidity sensor with cloud
•  Interfacing Light sensor with cloud
•  Controlling Raspberry GPIO pin with cloud
•  Home automation using cloud

8. Raspberry Pi3 as a BLE Gateway

•  Configuring BLE
•  Importing bluesy libraries
•  Running python code for BLE scan
•  Interfacing BLE reader to cloud

9. Raspberry Pi3 as Remote Client

•  Concept of Attributes in IoT
•  Working with IoT Device attributes
•  Using Shared attributes to Control and Configure RPi3
•  Writing agent Program to Subscribe Cloud
•  Creating Scripts using crontab

•  Raspberry Pi 3
•  Arduino board
•  Temperature and Humidity sensor
•  Soil Moisture Sensor
•  Raindrop sensor
•  LPG detectors
•  Smoke Detectors
•  Ultrasonic sensor
•  Light Sensor
•  Pressure Sensor
•  Water flow sensor
•  Touch Sensor
•  Current Sensor
•  Ultrasonic sensor
•  Accelerometer
•  Water level sensor
•  Buzzer
•  Relays
•  Switches – Push Button
•  Breadboard
•  LEDs
•  Resistors
•  Connecting leads