Explore embedded systems and Arduino through projects like GPIO, motor and sensor interfacing, and communication protocols (UART, SPI, I2C). Build smart systems like streetlights, soil moisture monitoring, and RFID access. Control devices via Bluetooth, and interface sensors like BME280, DHT11, and flame sensors
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Introduction to Embedded Systems
Introduction to Arduino
GPIO Interface Part 1
GPIO Interface Part 2
Motor Interface
Sensor Interface
UART Communication – HC-05 Bluetooth
SPI Communication Between Two Arduino
I2C LCD
Event Management System Using RFID
Guide for I2C OLED with Arduino
Smart Street Light Using LDR and IR Sensor
Monitoring Soil Moisturization with Arduino
Android App – RGB LED with Arduino & Bluetooth
Guide for TCS230/TCS3200 Color Sensor with Arduino
Control 2 DC Motors via Bluetooth
BME280 Sensor with Arduino
Complete Guide for DHT11/DHT22 Humidity and Temperature Sensor with Arduino
Flame Sensor Interfacing with Arduino for Fire Detection
Arduino EEPROM Explained – Remember Last LED State
Interfacing Voltage Sensor with Arduino
Interfacing Capacitive Soil Moisture Sensor with Arduino
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An embedded system is a specialized computing system designed to perform a dedicated function within a larger system. It typically includes hardware and software components that are optimized for a specific task.
Arduino is an open-source electronics platform based on easy-to-use hardware and software. It consists of a microcontroller, development environment (IDE), and various input/output pins to interface with sensors, motors, and other devices.
PIO refers to the pins on a microcontroller that can be configured to either input or output digital signals. These pins are used to interface with devices like switches, sensors, LEDs, and relays.
Motors can be controlled using an H-Bridge or a motor driver like L298N or L293D, which allows Arduino to manage the direction and speed of DC or stepper motors through PWM signals.
The TCS230/TCS3200 is a color sensor that can detect RGB color values. You interface it with Arduino using digital pins for output frequency. The Arduino reads these frequencies, converts them into RGB values, and can display or use this data for further processing.
A flame sensor detects infrared light from flames. It outputs a signal to Arduino, which can be used to trigger an alarm or activate other safety measures like turning on a water pump or sending notifications.
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