Distributed Storage System
Built a multi-threaded distributed storage system using socket programming, supporting file storage, retrieval, and fault tolerance with parity-based recovery mechanisms.
Software Engineering Student · AI Researcher · Building Secure & Intelligent Solutions
I'm a Software Engineering student at KFUPM with a strong programming foundation, passionate about applying AI technologies to develop secure, real-world software solutions. My research interests include digital psychiatry and machine learning.
Built a multi-threaded distributed storage system using socket programming, supporting file storage, retrieval, and fault tolerance with parity-based recovery mechanisms.
Designed and implemented a publisher-subscriber system in Java to match diners with restaurant availability using UML-based software analysis and design principles.
Collaborated on designing and prototyping a centralized university events platform, producing comprehensive requirements, UML diagrams, and a usability-focused prototype.
Conducting research on embedding AI in digital diagnosis to enhance detection accuracy. Analyzing patient symptoms using machine learning algorithms. Published in KFUPM Journal.
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