ESP8266 and Micro Python for Internet of Things

BY
Udemy

Mode

Online

Fees

₹ 499 2299

Quick Facts

particular details
Medium of instructions English
Mode of learning Self study
Mode of Delivery Video and Text Based

Course and certificate fees

Fees information
₹ 499  ₹2,299
certificate availability

Yes

certificate providing authority

Udemy

The syllabus

For You Kind Notice

What are you going to do in this course

What is Internet of Things?

  • Introduction to Internet of Things (IOT)

Hardware Required

  • Getting Hardware Ready

Software Setup

  • Connecting NodeMCU to PC & Flashing through GUI Flasher
  • Flashing NodeMCU through ESP Tool
  • Uploading Scripts using mpfshell
  • Uploading Scripts using PyCharm
  • Known Problem During Flashing
  • Upgrading to PyCharm 2020

Quick Reference

  • Quick Reference - NodeMCU

Lab 1 - Blinking LEDs

  • Lab 1 - Blinking LEDs

Lab2 - Pulse Width Modulation

  • Lab2-Pulse Width Modulation

Lab 3 - Analog to Digital Converter

  • Lab 3 - Analog to Digital Converter

Lab 4 - Handling Vibrations / Motion Sensor (SW420)

  • Lab 4 - Using Vibration Sensor SW420

Lab 5 - Handling Temperature & Humidity Sensor (DHT11)

  • Lab 5 - Using DHT11(Temperature & Humidity Sensor)
  • Known Problems with DHT11

Lab 6 - Connecting NodeMCU to Internet & Watch StarWars Asciimations

  • Lab 6 - Connecting NodeMCU to Internet & Watch StarWars Asciimations

Project 1 - Posting Vibration, Temp and Humidity Sensor to Thingspeak

  • About Thing Speak
  • Lets Code
  • Lets have a Look at Demo

Project 2 - Posting Vibration, Temp and Humidity Sensor to IO.adafruit

  • About Adafruit.IO
  • Lets Code
  • Lets have a Look at Demo

Project 3 - Controlling Devices through Internet

  • Setting Interface on Adafruit
  • Lets Code
  • Lets have a Look at Demo

Project 4- Using Triggers to Automate Action

  • Setting Up Interface on Adafruit
  • Lets have a Look at Demo

Project 5 - Using Google Voice to Control Devices IO.adafruit

  • Setting Up "if this, then that" on IFTTT
  • Lets have a Look at Demo

New: Lab 7 Working with SSD1306 - A OLED Display

  • Introduction to Working with SSD1306 Display
  • Lab 7.1 - Draw Objects
  • Lab 7.2 - Display Images
  • Lab 7.3 - Display Animations

New: Lab 8 - Working with Micro Lidar

  • Demo of Application
  • Introduction to LiDAR & Moving on to VL6180x
  • Lets Move to Code

New: Lab 9 - Working with Nokia Display

  • Interfacing & Using Nokia 5110 Display through NodeMCU
  • Walkthrough of Code for Programming Nokia5110 using NodeMCU

New: Lab 10 - Parsing JSON Data using NodeMCU

  • What is JSON Data and Usage Example
  • Using NodeMCU to parse the JSON Data

Project 6 - Weather Station using NodeMCU

  • Weather Station Dashboard

New: Lab 11 - Working with MQ135 Gas Detection Sensor

  • About MQ135 Sensor Module
  • Using MQ135 Sensor and Measurement of Gas Concentration

New: Lab 12 - Using PushBullet API to post notification to mobiles from NodeMCU

  • Using PushBullet API, App and Chrome Extension to Get Notifications form NodeMCU

Project 7 - Push Notifications on Event From Sensor

  • Project 7 - Push Notifications on Event From Sensor

Project 8 - Data Logging to Google Sheets

  • Project 8 - Data Logging to Google Sheets

New: Lab 13 - Using NodeMCU as Access Points

  • Introduction to Hello World
  • Coding and Demo of Hello World

Lab14 : Introduction to HTML & CSS

  • Lab14 : Introduction to HTML & CSS: From Basics to Web Control

Project 9 - Device Control Using Custom Webpage

  • Suggested Connection for Interfacing Devices / Relays
  • Project 9 - Device Control Using Custom Webpage

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