Name: Mohamed Khodary
Type: User
Company: Zagazig University
Bio: As a computer and systems engineering student, I have a strong foundation in both hardware and software design. I am particularly interested in embedded systems
Location: Egypt
Blog: https://moekhodry11.github.io/moe/
Mohamed Khodary's Projects
21 RC Car (Bluetooth Controlled and Line Follower)
My ARM COTS for Blue Pill (STM32F103C8T6A)
The Blue Pill interface examples and projects
This repository contains the code and documentation for an embedded systems assignment using AVR microcontrollers. The assignment focuses on developing various projects and exercises to gain hands-on experience with AVR programming, interfacing with peripherals, and implementing different functionalities.
Blockly based platform for coding various microcontroller boards by dragging and dropping code blocks.
This repository contains the code and documentation for a DIY game kit that allows you to build and play a classic snake game using an Arduino board and a laser cutter. The project includes a detailed step-by-step guide for assembling the kit, along with all the necessary software code for programming the Arduino board and controlling the game.
This repository contains the code and documentation for a health monitoring system using NodeMCU ESP8266, MAX30102 sensor, LM35 sensor, and integration with a web page and a Telegram bot.
Welcome to the IEEE (SSCS) Embedded System Tasks repository! This repository serves as a centralized hub for members of the IEEE SSCS Embedded System team to upload and collaborate on their tasks, projects, and assignments.
Interface With Arduino Project make you Control Arduino Board using JavaFx GUI
This repository contains code and documentation for a lab project on interrupt programming using the PIC16F877A microcontroller and the mikroC IDE. The project includes several examples of interrupt-driven programs, along with detailed explanations of how they work.
Simple HTTP Server with Python
This repository contains the code, design files, and documentation for a smart Connect Four game developed as a graduation project in collaboration with the College of Disability Sciences. The project involved adding technology to the traditional Connect Four game using Arduino.