Module 1:
Warmup Session:
- Introduction to Embedded Sensors and IoT
- Series Parallel Connection.
- Circuit design on Bread board.
Digital Device Interface and Programming:
- Setup Integrated Development Environment for ESP32
- Led interface
- Seven-segment interface
- Doubt Clearing Class
- Q & A
Serial Communication
- Establish the connection between ESP32and laptop.
- Send data from Microcontroller to Laptop.
- Read data from Laptop to ESP32.
- Design Relay circuit.
- Control the AC load from PC.
- Doubt Clearing Class
- Q & A
Digital Input
- Switch interface to ESP32
- Counter circuit design
- Program the Counter circuit
- Automatic water level controller
- Doubt Clearing Class
- Q & A
Module 2:
Physical Data to electrical Signal
- Design Rain Detector circuit
- Interface rain Detector circuit to ESP32
- Rain Detector Alarm.
- Doubt Clearing Class
- Q & A
Analog Sensor Design
- Design Dusk to Dawn circuit
- Make Automatic Street light Project.
- Design Temperature control circuit
- Automatic temperature control Fan circuit Project.
- Analog Output (PWM) technique to control the speed of DC Fan.
- Doubt Clearing Class
- Q & A
IoT
- Connect ESP32 to station mode
- ESP32 as Access point
- Make an IoT server
Online Server Communication:
- Send Sensor data to cloud
- Controlling loads From Cloud
- Use Different Server for IoT Project
IoT with Ai Assistants
- Controlling load through Google Assistant
- Controlling load through Alexa
Module 3:
Convert Analog Signal to Digital Signal
- Design IR sensor circuit
- Interface IR sensor to ESP32
- Make a Counter circuit using IR sensor
- Doubt Clearing Class
- Q & A
Connect to Different Protocols
- Client server Communication
- Concept of HTTP, HTTPs, MQTT.
- How to handle HTTP and HTTPs APIs
- Connecting to MQTT servers and data logging
Project Work
- Project title choose
- Intercept the problem.
- Start working on designing, coding and cloud setup
- Soldering of circuit connection.
- Final touch.
- Doubt Clearing Class
- Q & A, Assessment.
- Certificate Distribution.