Formation ESP32_Micropython

**Session 1:

Smart House Project using Relays and DHT SensorIntroduction to Relays: Controlling high-voltage devices with the ESP32. DHT Sensor (DHT11/DHT22): Reading temperature and humidity values. Circuit Design: Connecting relays and the DHT sensor to the ESP32. MicroPython Programming: Writing code to automate home appliances based on temperature/humidity readings. Hands-on Project: Automating a fan or light based on room temperature.

**Session 2:

Motor Control System using Relays, Push Buttons, and NTC Temperature Sensor Motor Basics: Controlling motors with relays. NTC Temperature Sensor: Measuring temperature with the NTC sensor. Push Buttons: Manual control of the motor. Circuit Design: Integrating relays, push buttons, and the NTC sensor with the ESP32. MicroPython Programming: Writing code to control the motor based on temperature or button inputs.

**Session 3:

Smart Tank Water Measurement using Ultrasonic Sensor and Relays Ultrasonic Sensor (HC-SR04): Measuring distance (water level). Relays in Automation: Automating a pump based on water level. Circuit Design: Wiring the ultrasonic sensor and relays. MicroPython Programming: Reading water level and controlling a pump. Project Implementation: Automating water tank filling based on sensor data.

**Session 4:

Robotic Hand using Servo Motors and Flex Sensor Servo Motor Control: Precise angle control with ESP32. Flex Sensor: Reading bending values to control the hand. Circuit Design: Integrating servos and flex sensors. MicroPython Programming: Writing code for hand movement control. Project: Creating a robotic hand that mimics finger movements.

**Session 5:

Smart Plant Monitoring System using OLED SSD1306 and Sensors OLED SSD1306: Displaying data on a small screen. Soil Moisture and Light Sensors: Monitoring environmental factors. Circuit Design: Connecting sensors and OLED display. MicroPython Programming: Writing code to display plant status on the OLED. Hands-on Project: Monitoring plant health and displaying real-time data.

**Session 6:

Smart Conveyor System using Infrared Sensor and L298N Motor Driver Infrared Sensor: Object detection with IR sensors. L298N Motor Driver: Controlling DC motors in the conveyor. Circuit Design: Wiring the infrared sensor and motor driver. MicroPython Programming: Automating the conveyor system based on object detection. Project: A conveyor system that moves objects based on sensor input.

**Session 7:

Making an IoT Web Page ESP32 Web Server Basics: Creating a web server using MicroPython. HTML/CSS Basics: Designing a simple webpage to display sensor data. Circuit Design: Adding sensors to the ESP32 for live data monitoring. MicroPython Programming: Sending sensor data to a webpage. Project: A web page that monitors and controls devices remotely.

**Session 8:

Real-time Dashboard Monitoring Dashboard Tools: Introduction to platforms like ThingSpeak or Blynk. Real-time Data Streaming: Sending sensor data to an online dashboard. Circuit Design: Wiring sensors for real-time data monitoring. MicroPython Programming: Streaming data from ESP32 to the cloud. Project: Building a real-time dashboard to monitor and display sensor values.

**Session 9:

Smart Door using Stepper Motor and A4988 Driver Stepper Motor Control: Precise position control with the A4988 driver. Circuit Design: Connecting a stepper motor and driver to ESP32. MicroPython Programming: Controlling the door opening/closing system. Project: A smart door that opens and closes with precise control based on user input or sensors.