AI & Robotics Engineer crafting intelligent systems at the intersection of machine learning, computer vision, and embedded engineering.
I'm a 3rd-year Artificial Intelligence and Data Management student at Badr University in Assiut, Egypt. I'm passionate about building real-world AI and robotics solutions — from autonomous robots to computer vision pipelines.
Outside academics, I lead public relations for the IEEE Student Branch and help organize international entrepreneurship competitions through Hult Prize.
A comprehensive Islamic web application with digital Tasbeeh counter, Quran Khatma tracker, interactive Quran quiz, and animated Duas with beautiful visual effects.
Multi-layer perceptron for binary heart disease prediction with full ML pipeline including preprocessing, training, and evaluation.
Handwritten digit recognition using a custom-built MLP on MNIST dataset, implemented from scratch.
Multi-DoF robotic arm with precise object manipulation and synchronized servo motor control logic.
Automated pipeline using OpenCV for face detection and ID photo alignment with database integration.
Robotic car using Arduino and ultrasonic sensors for real-time obstacle detection and autonomous navigation.
High-precision robot using IR sensors for accurate track following through real-time motor adjustments.
Logic-based AI chatbot built to handle and process user queries efficiently using applied AI reasoning.
Leading public relations, managing branch communications and professional networking.
Coordinated event logistics and student teams for the international entrepreneurship competition.
Organized and maintained data quality and consistency in digital systems.
Core coursework: machine learning, embedded systems, computer vision, algorithms, data management.
Open to internship and entry-level opportunities in AI, robotics, embedded systems, and data engineering.