I'm a recent graduate with a Bachelor's degree in Embedded Systems Engineering from the Faculty of Engineering, Electronics and Communications Department. My passion for technology led me to pursue a career in this field, and I've gained valuable experience through various projects.

My graduation project, "Collision Avoidance & Road Safety Improvements: C-V2X System," was a highlight of my academic journey. This project involved designing and developing onboard and roadside units equipped with microcontrollers, sensors, and a Human-Machine Interface (HMI). These units communicated with each other to provide essential safety features like accident warnings, emergency brake warnings, road work alerts, and pedestrian crossing notifications. Our prototype achieved significant recognition, earning us 2nd place in the Fourth International Telecommunications Conference 2024 (ITC'2024) at the Egyptian Military Academy.

Building on this success, I'm currently collaborating with the Electronics Research Institute (ERI) in Egypt to refine our C-V2X system for real-world deployment. Simultaneously, I'm expanding my knowledge by studying Software Engineering, Embedded Systems Advanced Topics, Vehicular Communications, and Machine Learning in Embedded Systems.

Throughout my academic career, I've actively engaged in a variety of projects, including:

- Resource Allocation based on Graph Neural Networks in Vehicular Communications (Python, Jupyter Notebook)
- Titanic, Machine Learning from Disaster (Python, Jupyter Notebook)
- Full Car Speeding Ticket System (Esp32 Cam, IR Sensors, Image Processing, Matlab)
- Glove for Deaf (ATMEGA32, FlexSensors, Ateml Studio)
- Smart Home (PIC18F46K20, MPLABX)
- Enhancing Multi-Hop Path Selection Through Large Satellite Constellation (Matlab, Aero Space Toolbox)
- Wireless Phone Charger (PCB)
- Li-Fi Transmission (Arduino)
- Binary Phase Shift Keying BPSK (Breadboard, Oscilloscope)
- Security System Smoke, Fire, and Robbery (PLC)
These projects have allowed me to explore different technologies and develop practical skills that are essential for a successful career in embedded systems engineering. I'm excited to continue learning and contributing to innovative solutions in this rapidly evolving field.