IOT WITH ARDUINO ESP8266 & NODEMCU
INTERNET OF THINGS(IOT)
Introduction to IoT l What is IoT? l IOT basics concepts l Architecture of IOT l IOT in home automation l Applications and industry verticals
Introduction to Embedded System l Introduction to Embedded System l Applications & Scope of Embedded System in various industries
Introduction to Arduino l Introduction to Arduino l Arduino Board Description l What is a Microcontroller l Difference between Microcontroller and Microprocessor l Microcontroller architecture and Interfacing l Basics of Electronics. l Sensors and Actuators. l The Arduino Uno
Introduction to Arduino IDE l What is ARDUINO IDE and Language? l Fundamentals of C programming l What is Open Source Microcontroller Platform? l "Hello World" Example
Decision Making and using Logic l Fundamentals of C programming l "If" Statements l "While" Loops l For Loops l "Switch" Cases l Using Maths l Creating Functions
Using inputs and outputs l Overview l Program Structure l Using Variables l Building Your First Circuit Using a Breadboard l Digital Input & Digital Output l Analog Input & Analog Output l Serial Input & Serial Output l Displaying Information Using the Serial Port Sensors Interfacing l What is Sensor & Actuator? l Sensor Feature. l Types of sensors l Interfacing Sensors with GPIO of Arduino. l Reading from Sensors
Interfacing of I/O devices l Interfacing of LED with Arduino l Interfacing of switch with Arduino l Interfacing of Buzzer with Arduino l Interfacing of LCD display with Arduino
Libraries, Serial Data and Hardware l Overview l Using and Including Libraries l Using ADC l USART / UART Protocol l Using SPI l Using I2C l Interrupts l Arduino Shields
Introduction to ESP8266 and NodeMCU l Introduction about NodeMCU l Pinouts l NODE MCU firmware l Connecting to Local Wi-Fi l Getting Static IP l Introduction to Attention Commands for internet access
Sensors Interfacing l What is Sensor & Actuator? l Sensor Feature. l Types of sensors l Interfacing Sensors With GPIO of Node MCU l Reading From Sensors
Implementation of IOT l Accessing the DHT data over WIFI on Webpage and mobile (local Wi-Fi). l Remotely controlling LEDs through Android app (local Wi-Fi). l Create a local server using Node MCU
Cloud computing and IOT l Introduction to Cloud Computing l Cloud platform introduction l Creating Channel for live data feed l Program Node MCU to read and update sensor data over cloud l Continuously monitor sensor reading through internet l Remotely Temp. Monitor using NodeMCU. l Remote controlling of appliances over cloud.
Cybersecurity and privacy in the IOT l Case Studies on IoT based projects & implentations. l Discussion about current Challenges in IoT. Project 1: - Esp8266 WIFI controlled Home automation using Localhost Web Server
Project 2: - A cloud-based temperature monitoring system using Arduino and Node MCU
Project 3: - Control Electronic Devices from anywhere across the world using Internet & Mobile App.
Project 4: - Voice Controlled Mini Home Automation using Android Smartphone.
Project 5: -Creating Android App using MIT App Inventor & Controlling Devices Connected toController.
Project 6: - Sending Email from Nodemcu
Project 7: - Sending Sensor data to Cloud Server using Nodemcu.
Project 8: - Plotting Data on Plotly using Nodemcu.
Project 9: - Remotely Temp. Monitor using Nodemcu
Project 10: - Remotely controlled traffic light system
Partners : Java
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