Computer Engineering graduate with First Class Honors (GPA: 4.78), passionate about building intelligent and secure systems. Experienced in AI, IoT, and cybersecurity through hands-on work on funded national and university-level projects. Strong background in deep learning, federated learning, and blockchain-based security. Skilled in both software and embedded hardware integration. Published in top-tier IEEE journals. Actively seeking opportunities to contribute to innovative solutions in AI-driven systems, smart devices, and digital security.
Computer Engineering graduate with First Class Honors, passionate about creating innovative solutions in AI and cybersecurity.
Computer Engineering graduate with First Class Honors (GPA: 4.78), passionate about building intelligent and secure systems. Experienced in AI, IoT, and cybersecurity through hands-on work on funded national and university-level projects. Strong background in deep learning, federated learning, and blockchain-based security. Skilled in both software and embedded hardware integration. Published in top-tier IEEE journals. Actively seeking opportunities to contribute to innovative solutions in AI-driven systems, smart devices, and digital security.
University of Tabuk, Saudi Arabia
GPA: 4.78 (First Class Honors) • Graduated: 2025
Comprehensive expertise across multiple technology domains
Innovative solutions in AI, IoT security, and machine learning
Designed and trained three optimized neural network models with TensorFlow Lite pruning and quantization for real-time skin disease diagnosis on edge devices. Implemented a voting ensemble mechanism to boost diagnostic accuracy across resource-constrained environments. Deployed the full AI pipeline on Raspberry Pi with offline processing capability and <50ms inference time. Awarded the Silver Medal at ITEX25; project is patent pending and currently under investor interest.
AI Developer • Silver Medal – International Invention, Innovation & Technology Exhibition (ITEX25)
Led development of an AI-based system to detect unauthorized vehicles in disabled parking spots. Integrated computer vision models with IoT hardware for real-time monitoring and alerting. Combined embedded hardware with intelligent software in a fully functional prototype. Focused on accessibility compliance and intelligent violation detection.
Team Lead & AI Developer • University of Tabuk – Graduation Project
Contributed to integrating blockchain and deep learning for IIoT security. Helped with model development and experiment setup.
Research Assistant • University of Tabuk (Funded Project)
Designed experiments to test resilience of federated models. Co-developed prototype defense mechanisms.
Researcher • Saudi National Cybersecurity Authority (Funded Project)
Published research in top-tier IEEE journals
IEEE Transactions on Consumer Electronics
DOI: 10.1109/TCE.2025.3569886IEEE Consumer Electronics Magazine
DOI: 10.1109/MCE.2025.3525537IEEE IoT Journal
DOI: 10.1109/JIOT.2023.3327024Computers & Security
DOI: 10.1016/j.cose.2025.104417Recognition for excellence in technology and innovation
ITEX25 International Invention Technology Exhibition
Malaysia, 2025
National Scientific Technical Design Competition
Saudi Arabia, 2020
National Olympiad for Informatics
Saudi Arabia, 2019
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