Courses Description
The Internet of Things, or IoT, refers to the billions of physical devices around the world that are now connected to the internet, all collecting and sharing data. Devices and objects with built in sensors are connected to an Internet of Things platform, which integrates data from the different devices and applies analytics to share the most valuable information with applications built to address specific needs.
Course content
4 sections • 24 Hours
-
What is Internet of Things?
-
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
- Part 2: Arduino Sketch Main Loop and Calling Functions
- Part 3: Variables
- Part 4: Arithmetic Operators
- Part 5: Relational Operators
- Part 6: Increment Operator and Commenting
- Part 7: The Arduino for Loop
- Part 8: The Arduino while Loop
- Part 9: The Arduino if Stateme
- Part 10: Making Decisions with if-else
- Part 11: Decisions with if-else-if
- Part 12: 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
-
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 ProtocolSensor Networks
- Sensor Networks
- Adding HTTP support to the sensor
- IoT Devices.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 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
- 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
Long Range Low Power IoT/TTH
Scenario
This course includes:
The course structure refers to the choice of topics and the organization and sequencing of course content. Remember that the choice of topics and their organization should always support the learning objectives for the course.
- Level :Beginner
- Topic :IOT
- Duration:24 Hours
