Abdelrahman Mohamed

AI Engineer

Alexandria, EG.

Professional Summary

Highly motivated Computer Science graduate with a strong foundation in Artificial Intelligence, Computer Vision, and Software Engineering, specializing in developing AI-powered applications. Proven expertise in deep learning, object detection, and real-time computer vision systems, complemented by full-stack development Eager to leverage advanced machine learning technologies to solve complex real-world problems and drive innovative solutions.

Education

Pharos University in Alexandria

Alexandria, Alexandria Governorate, Egypt
Bachelor Computer Science Grade: 3.27

Skills

Programming Languages

Python, C++, Java, Dart.

Software Development

Flutter, Git, Full-Stack Development.

Databases

SQL.

Core Skills

Algorithms, Data Structures, Problem Solving, Image Processing.

AI & Machine Learning

Machine Learning, Deep Learning, Computer Vision, PyTorch, TensorFlow, OpenCV, YOLO, Object Detection, Multi-Object Tracking, nlp.

Projects

Offside – AI Football Analytics System

Summary

Developed an end-to-end AI football analytics platform capable of extracting tactical and performance insights from a single broadcast football video as a graduation project.

Highlights

Developed robust player, ball, and referee detection using YOLO, achieving high accuracy in diverse football scenarios.

Implemented advanced multi-object tracking algorithms (ByteTrack and BotSORT) to ensure seamless tracking of dynamic elements throughout video frames.

Built and integrated jersey number recognition and team classification modules for granular player identification and comprehensive team analysis.

Engineered homography-based 2D pitch projection and semantic camera motion compensation, enabling precise spatial analysis and tactical visualizations.

Integrated football action recognition using an R3D-18 3D CNN, providing automated event detection and deeper tactical insights.

Generated comprehensive player statistics, including speed estimation, distance covered, possession analysis, and heatmaps, to inform performance evaluation.

Developed a scalable FastAPI backend with Supabase integration, ensuring efficient data processing, storage, and API access.

Built an intuitive Flutter mobile application for real-time analytics visualization, delivering interactive insights directly to users.

Real-Time Facial Emotion Recognition

Summary

Developed a real-time facial emotion recognition system using a custom Convolutional Neural Network (CNN).

Highlights

Designed and trained a custom CNN model, achieving accurate classification of five distinct facial emotions (Angry, Happy, Neutral, Sad, Surprised).

Built a real-time webcam inference system utilizing OpenCV for live emotion detection and immediate feedback.

Applied advanced image preprocessing and model optimization techniques, significantly improving system performance and inference accuracy.

Awards

Certificate of Recognition – ICMISI 2026 Smart Innovation Exhibition

IEEE

Presented Offside: An AI-Powered Sports Analytics & Management Platform at the Smart Innovation Exhibition during the IEEE International Conference on Machine Intelligence and Smart Innovation (ICMISI 2026).

59th Place — 2025 ICPC ECPC Qualifications Collegiate Programming Contest

ICPC ECPC Qualifications

Recognized for competing in one of Egypt's largest collegiate programming competitions, successfully solving challenging algorithmic and data structure problems under intense contest rules.

Certificates

Machine Learning and AI Diploma

AMIT Learning

Mobile Application Development Using Flutter

ZA TECH

Languages

Arabic

English