when temperature rise to 30 degree fan turns on and turn off when temperature below 30 degree with a timer of 10 seconds

Controlling a servo motor using a joystick with an Arduino board

The design and build of a self-sufficient light source. Ideally powered by a wind turbine and controlled by an Arduino microcontroller.

Module Codes that I have colected

Compilation of Arduino Project from my college's project

controlling the robot with the switches

Conexion entre esp32 y un servidor mqtt, desde arduino ide (codigo compatible con HiveMQ, Cayenne y EMQX)

mixed-Reality Cycling Experience using Arduino, Arduino Code, Unity, C# and BLE to broadcast real-time cycling movement from static bicycles to Virtual Reality.

Converting Digital Text to Tactile Feedback Using Braille Patterns

This repository contains a collection of arduino programs and libraries.

This repository contains an Arduino-based IoT system for monitoring and managing plant care. The system reads temperature, humidity, and soil moisture levels, displays the data on an LCD, and activates a water pump when the soil moisture falls below a specified threshold.

Person Counter with Arduino and IR Sensor

This is the repository of differential drive robot.

64bit 8x8 RGB LED matrix Arduino code that works fast and efficiently, with as few lines as possible.

This project demonstrates how to interface a 16x2 LCD display with an Arduino UNO using 4-bit communication mode. The 4-bit mode reduces pin usage by sending data in two nibbles (4 bits each), allowing you to save Arduino I/O pins for other peripherals.

A simple digital input-output project where an LED is controlled by a push button. When the button is pressed, the LED turns **ON**; when released, it turns **OFF** — the perfect beginner exercise to understand digital logic and I/O pins on Arduino.

A beginner-friendly project to detect the presence of an object using an **IR (Infrared) Sensor** and display the result through an **LED**. When an object is detected, the LED turns **ON** — a fundamental concept in obstacle detection and automation systems.

This project demonstrates how to control an **electrical relay module** using a **push button** and an **Arduino UNO**. When the button is pressed, the relay activates; when released, it deactivates — a foundational project for learning **home automation** and **device control**.

This Arduino project demonstrates how to control the direction of a DC motor using two push buttons.

This project demonstrates how to interface a 4x4 matrix keypad with an Arduino UNO to read and display key presses on the Serial Monitor.