Architecture unaware library that tries to program AVR devices by ISP.

Homebrew AVR Toolchain

An interactive birthday puzzle with a piezo buzzer on an atmega8 MCU 🗝️🎹

A simple linux environment for AVR development

DwarfOS: A compact "OS" for microcontrollers such as Arduino. It offers custom time management, RTC Clock, serial communication, and more. Its modular design allows for selective loading of features, optimizing memory usage.

Codes and simulations with ATmega32

This project implements a Door Locker Security System using two ATmega32 Microcontrollers with a frequency of 8Mhz.

Programming Arduino Uno board using AVR libraries

A Line Following bot using AVR ATMEGA32 Microcontroller

A variant of the programmer USBAsp with the ability to program in parallel high-voltage mode.

The source code for driving our Delta Robot using the ATmega2560 micro-controller

This article presents an embedded system graduation project that utilizes an Atmega32 microcontroller to create a Bluetooth-controlled smart home. The system allows users to control LED lights and a door locker using a Bluetooth module, making home automation accessible and effortless. Let's delve into the details of this innovative project.

Arduino and AVR tutorial based on Atmega328p

ATtiny13 Software UART library.

A set of various projects based on ESP8266, ESP32, ATtiny13, ATtiny85, ATtiny2313, ATmega8, ATmega328, ATmega32, STM32 and more.

This repository contains my x86 Assembly Lab Manuals, AVR Assembly Lab Manuals, example codes, and Macros I wrote for my students for the "CS-271L Computer Organization and Assembly Language" subject.

This repository, part of my Standard Embedded Systems Diploma, showcases a collection of projects and tasks completed under the guidance of Engineer Mohamed Tarek, Software Lead at Siemens DISW. Explore the diverse range of hands-on assignments and applications developed as part of my educational experience.

An AVR programmer Arduino shield compatible with Arduino UNO or Arduino Mega

Garage system based on AVR Micro-Controller (ATmega32) using two PIR sensors with multiple Servo Motors and LCD

In this project, a microcontroller acts as the brain of the system, orchestrating tasks and managing interactions between different hardware modules. The system employs multiple peripherals such as LCD displays, temperature sensors, LEDs, a motor, and a buzzer, creating a diverse set of functionalities.