Arduino-based embedded automation system featuring real-time multi-sensor data acquisition, environmental monitoring, and threshold-based control of motors and alert devices.

This repository features various Arduino projects, including weather systems, security alarms, obstacle detection, traffic control, and board communication. Each project comes with code, circuit diagrams, and setup instructions. Explore, build, and customize!

IoT based Smart Home Automation System using Arduino and Blynk - Emertxe Internship Project

Raspberry Pi based embedded project using ultrasonic sensor and LED control for distance measurement, obstacle detection, and GPIO interfacing.

An educational robot platform using the STM Nucleo F446RE, featuring applications for locomotion, sensor interfacing, and autonomous navigation, with modular, customizable code.

Embedded line-following robot with sensor-based navigation, obstacle detection, and real-time control (team project)

MATLAB and Simulink models for embedded systems, automotive behavioral modeling, sensor interfacing, real-time control, and hardware integration using Arduino, Raspberry Pi, STM32, and dSPACE.

STM32-based indoor air quality monitoring system using MQ135 and DHT22 sensors with LCD display and data logging.

This project simulates a batch mixing system using a PIC16F84A microcontroller. The system can operate in three different modes, which are controlled by a selector switch. Each mode mixes different proportions of fluids A, B, and C. The system also includes a mixer, a heater, and pumps to control the flow of the fluids.

Embedded tachometer and PWM motor control system using Hall-effect sensing and real-time RPM measurement

Embedded IoT smart garden monitoring system using FreeRTOS for multitasking, environmental sensing, and wireless communication.

Embedded weighing scale system using load cell sensing, signal conditioning, and microcontroller-based data processing

This Arduino project involves measuring both AC and DC voltages using the ZMPT101B voltage sensor and an analog pin, respectively. The AC voltage is read from the ZMPT101B sensor connected to pin A0, while the DC voltage is read from an analog pin (A1). The measured values are displayed on a 16x2 LCD screen with I2C communication and printed via Se

Ce projet implémente, en langage C bare-metal, une interface directe entre un microcontrôleur ATmega2560 (Arduino Mega) et un capteur de température et d’humidité DHT11, sans utiliser de bibliothèques externes. Les données mesurées sont ensuite transmises via le protocole UART à un terminal série ou un autre périphérique.