Lead Researcher | Asymmetric Defense & Bio-Inspired Systems
I am Abdullah Khatip, an AI and Robotics researcher dedicated to solving complex engineering challenges. My work focuses on the intersection of Artificial Intelligence, embedded systems, and autonomous robotics, with a specialized emphasis on advanced UAV (drone) defense technologies. I believe that engineering is a universal language, and my mission is to build scalable, intelligent solutions that contribute to a safer and more technologically advanced future globally. Welcome to my portfolio, where I share my latest research and projects.
Early warning system to predict earthquakes before they strike.
Utilizing P-Wave detection and the "Golden Window" physics to identify seismic precursors in real-time via an AI-driven IoT network.
Reducing AI data center energy using nature's design.
A pulsatory micro-channel system inspired by Loxodonta (Elephant) thermoregulation, aiming for a 40% reduction in cooling power.
Universal Microwave Tomography Simulation.
Advanced diagnostic platform utilizing Random Forest AI for surgical complexity prediction and Parametric Mesh Deformation for organic volumetric reconstruction of human organs.
Decoding how large mammals naturally resist cancer.
Investigating TP53 gene redundancy to develop biological armor against oncology failures and improve biotech resilience.