Hany Abdel-Khalik is an Associate Professor of Nuclear Engineering in the College of Engineering at Purdue University. His research focuses on nuclear engineering with specialization in uncertainty quantification for nuclear systems, anomaly detection methodologies, and nuclear criticality safety. He is affiliated with the Global Engineering Program at Purdue. Abdel-Khalik's work bridges nuclear engineering with advanced computational methods, including data-driven approaches for monitoring additive manufacturing processes and securing industrial control systems. His recent research examines in-situ monitoring of material properties, void fraction estimation in nuclear fuels, and advanced methodologies for nuclear criticality safety assessment. His technical contributions include developing deceptive infusion techniques for data security, feature extraction methods for anomaly detection, and uncertainty reduction frameworks for model validation. These innovations support safer and more reliable nuclear energy systems.
