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This repository hosts the Firmware Over-The-Air (FOTA) system developed as part of a graduation project at Cairo University. The FOTA system enables secure, efficient, remote updates for embedded systems in smart vehicles, enhancing functionality, safety, and user experience, with strong automotive cybersecurity measures.
This project involves building a remote-controlled car that operates via a smartphone using the HC-05 Bluetooth module. The system features an H-bridge motor driver to enable dual-direction motor control, allowing precise movements such as forward, reverse, left, and right. The car operates within the typical range of Bluetooth devices.
Schematic and PCB design of a small-factor device for controlling the movement of a mobile robot with the Mindwave interface. The design is composed by an Arduino nano, L293D motor controller, HC05 Bluetooth device with external battery connector.
This was my 4th semester's Microprocessors and Interfacing Techniques Lab project. In this project I write a bare metal code for ATmega328p (Arduino Uno).
⚙️ Arduino-powered project with Bluetooth connectivity enabling precise pick-and-place actions. Showcase technical prowess and practical applications in manufacturing, logistics, and automation. Join the exploration and contribute to the future of smart technologies! 🤖📲 #Arduino #Automation #RobotArm
Project I did in high-school with my friend. Idea is to make mini replica of Star Wars' BB8 robot using 3D printer, and to control it using Arduino and HC05 Bluetooth module.