Al Buhayrah, Egypt
I am a passionate and driven junior professional in Data Science and Artificial Intelligence, with a strong foundation in [Data science, machine learning, data analysis, Python programming, and mathematical modeling]. and hands-on experience through projects and training programs have equipped me with the technical expertise and problem-solving mindset needed to tackle complex data challenges. As a lifelong learner, I am constantly exploring the latest advancements in AI and data science, and I am eager to contribute to innovative projects that push the boundaries of technology. I am also passionate about project management, ethical AI, data-driven decision-making and believe in leveraging technology to create meaningful change. I am excited to connect with like-minded professionals, industry leaders, and organizations that value innovation and collaboration.
participated in the DEPI ( Digital Egyptian pioneers Initiative ) , a comprehensive program designed to equip participants with cutting-edge digital skills in ( Ai & Data science ) , completed hands-on projects and training , collaborative with peers and industry experts to develop innovative to real-world challenges
Successfully selected and completed the GTC Summer 2025 Training Program in Machine Learning and Deep Learning. The program was project-based, providing hands-on experience in building, training, and deploying models. Earned multiple certifications, including from Kaggle and NVIDIA Deep Learning Institute, while working on practical AI projects in a highly organized and professional learning environment.
Successfully completed an intensive 12-week training program in Quantum Computing and Programming, achieving a final grade of 292/300. The program was jointly organized by Alamein International University (AIU) and the Alexandria Quantum Computing Group (AleQCG), with sponsorship and academic support from QWorld, an international organization dedicated to quantum education and research. This training combined rigorous theoretical foundations with extensive hands-on practice, offering a well-balanced experience that bridged quantum theory and real-world programming applications. 🔹 Program Highlights: Structured Curriculum: 20 hours of specialized lectures and 30 hours of guided lab work. Self-Study & Final Project: A dedicated two-week period for independent learning and a final project demonstrating practical implementation of quantum algorithms. Expert Guidance: Mentorship and supervision by Prof. Dr. Ahmed Younes (AIU) and Prof. Dr. Hesham M. Gaber, Vice President for Academic Affairs. Distinguished Guest Speakers: Honored by multiple international experts and researchers from QWorld and the global quantum computing community, who enriched the program with talks on current advancements and emerging trends in quantum technologies. 🔹 Key Learning Areas: Fundamentals of Quantum Computation and Quantum Information Theory Design and simulation of Quantum Logic Gates and Quantum Circuits Implementation of Quantum Algorithms using IBM Qiskit Introduction to Quantum Error Correction and Quantum Machine Learning concepts Hybrid quantum–classical approaches for real-world problem-solving
milestone in my quantum computing journey! 🚀 Just wrapped up QCourse110-1, an intensive 12-week summer training program in Quantum Computing, and I'm thrilled to have earned a stellar grade of 292 out of 300! This builds directly on my previous quantum training, taking my skills from foundational concepts to advanced implementations. This fully online program, tailored for undergraduate students from Egypt and Arab-speaking countries, ran from June 30 to September 15, 2025. It was a perfect blend of theory and practice: 20 hours of in-depth lectures, 30 hours of hands-on programming labs, and a dedicated two-week sprint for self-study and a final project. Jointly organized by QWorld, Alamein International University (AIU), QEgypt, and the Alexandria Quantum Computing Group (AleQCG), it brought together global expertise and local innovation. 🔹 Program Breakdown: Lectures (10 weeks, 2 hours/week): Dove deep into essentials like Quantum Computing basics & Linear Algebra, Measurement, Entanglement, Superposition; Single Qubit Gates, Controlled Gates, Circuit Design; Protocols like Teleportation and Superdense Coding; Algorithms including Parallelism, Deutsch-Jozsa, and Grover's. Labs (10 weeks, 3 hours/week): Real-world coding through QWorld's Bronze, Silver, and Nickel modules—simulating circuits, building algorithms, and troubleshooting like a pro. Project Phase (2 weeks): Culminated in an individual term project where I designed and implemented a quantum solution, applying everything learned. Grading was rigorous: 200 marks from quizzes and assignments across lectures/labs, plus 100 for the final project. Pushing through those late-night debugging sessions and "aha!" moments was tough, but it felt so rewarding—reminding me how persistence turns complex ideas into tangible progress. This isn't just a certificate; it's a testament to growth, curiosity, and the human side of tackling cutting-edge tech.