Internet of Things – Node 2

10,339.00 9,299.00

⚡ Your SUV to an embedded world & IoT with the help of Micro-controller & IoT Development boards, multiple sensors, Arduino (C Programming, HTML/CSS Coding, Python Programming, Database) & PCB Simulation and Designing. The complete Training Program is covered in the following 7 modules. 🤖

👨‍💻 Duration: 8-10 Weeks (Depending upon Student’s Interest & Capabilities)

Individual Session will be of a minimum of 1.5 Hr.
Timing Division: 20-30 minutes on theoretical concepts of the SensorRest 60-70 minutes of Practical Problem-Solving Session

🤑 Training kit and the material will be provided at the center and no additional fee needs to be paid for the same.

🧐 All the 7 Modules are Class Room Activity, which the student will cover during the regular timings. If you wish to learn more, you will also get free ‘Open Development Lab Access’ for free of cost. Learn more 👇

IoT Projects🔌🖥

These projects will be covered during the session of ‘Hands-on sessions on Sensors’. After learning to interface each sensor, projects related to it will be assigned to every individual in a number of steps to complete the project. Full Assistance and Guidance to complete the project will be provided by the faculty in the classroom👨‍🏭⚡

  1. LED Pattern
  2. Photo Resistor reading in
  3. Web Page led controlling
  4. DH11 reading in
  5. Temp. Alert system
  6. Bluetooth control Home Automation
  7. Voice BT controlled Home Automation
  8. App-controlled led
  9. App control Home Automation
  10. Temp notification alert system in-app
  11. Timer controlled automation using Blynk app
  12. Photoresistor reading in Blynk app
  13. Theft notification in Twitter
  14. Led on/off using voice feedback application
  15. Automatic irrigation system for garden
  16. Smart water tank filling the system
  17. PIR controlled smart light
  18. Motion detection system
  19. Theft alarm using PIR
  20. The automatic water pump on/off system
  21. Controlling the relay using cayenne
  22. Online Weather monitoring system
  23. Google Assistance voice-controlled home automation
  24. Local area WIFI controlled home automation
  25. Web page 4 channel relay control
  26. Gsm SMS controlled automation
  27. Temp and Humidity alert throw SMS
  28. Getting a location in mobile throw SMS
  29. Agriculture weather monitoring system
  30. Single-click to send the location using SMS
  31. Location Tracker using GPS
  32. LIVE Data Storage in Google Spreadsheet
  33. LIVE Data graphs of the sensors
  34. Raspberry Pi integration with IoT Project

Development Boards & Programming language

Development Boards

What are development boards and when to opt which will be covered in this session? Students will perform hands-on on each board and will select accordingly as they find suitable.

    1. Raspberry-Pi
    2. Arduino UNO
    3. Node-MCU / D1 Mini board
    4. ESP Module

Programming language

  1. Arduino C Language
  2. Python Programming
  3. HTML/CSS for Web Development
  4. Web Development Framework
  5. Non-Relational Database
  6. JSON

Hands-on sessions with the Sensors (5 Sensors):

Individual Session will of a minimum of 1.5 Hr.
Timing Division: 20-30 minutes on theoretical concepts of the Sensor, Rest 60-70 minutes of Practical Problem-Solving Session

  1. Digital Sensors:
    1. LED
  2. Analog Sensor
    1. Photoresistor
    2. DHT-11
    3. Soil Moisture Sensor
    4. Water Level Sensor
    5. Passive IR
  3. Displays:
    1. Liquid Crystal Display
  4. Wireless Modules:
    1. Bluetooth (HC-05) Module
    2. GPS Module
    3. GSM Module
  5. Actuators
    1. Servo motor
    2. Water Pump
    3. Relay Module

Computer Networks & Web Platforms

Computer Networks

  1. Basic elements of Computer Networks
  2. Binary Number Systems
  3. IP Address Fundamentals
  4. Protocols – HTTP/HTTPS/MQTT
  5. DHCP/DNS Theory
  6. Everything about the Internet &
  7. Evolution of IoT with I.R. 4.0

Web Platforms

  1. Web Page Integration
  2. Mobile App Development
  3. Thingspeak (MathWorks) Cloud Platform for Storage and Analytics
  4. Adafruit Cloud Platform for Storage and Analytics
  5. Social Media Integration for Alert System
  6. Weather Monitoring and Forecasting
  7. Mobile App Control over Wi-Fi for Automation
  8. Google Assistance
  9. Google Spreadsheet
  10. Live Data Storage on Cloud
  11. OTA(Over The Air)

PCB Simulation & Designing

Starting with the basic theory of Circuit Electronics, component study to simulating & designing a virtual circuit, before processing the actual PCB, everything will be coved in this session, so that one can know how the industries work.

    1. Basic Terminologies
    2. Component Study and Circuit Theory
    3. IC Study – L293D Timer IC
    4. PCB Simulation on Laptop
    5. PCB Designing
    6. Etching & Soldering Process
    7. Trouble-shooting
    8. Project:
      • Automatic Street Light
      • 4 channel home automation

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