Personal Info
- Country of residence: Palestine
Information
Dr. Alaa Hamarsheh is an Associate Professor and faculty member at the Arab American University, specializing in computer networks, IPv4/IPv6 communication, cloud computing, cybersecurity, and artificial intelligence applications. Fluent in Arabic, English, French, and Hebrew, Dr. Hamarsheh brings a multilingual and interdisciplinary perspective to his research and teaching.
With over a decade of academic experience, Dr. Hamarsheh has taught a wide range of undergraduate and graduate courses, including C++ Programming, Advanced Object-Oriented Programming, Software Engineering, Computer Networks, Advanced Computer Networks, Database Systems, ASP.NET Web Programming, and Network Programming. His teaching approach blends theoretical foundations with hands-on, real-world applications, equipping students with practical skills in modern computing environments.
Dr. Hamarsheh is a prolific researcher, with a strong focus on network protocols, IPv6 transition technologies, tunneling methods, and performance optimization in heterogeneous environments. He has published numerous journal articles, conference papers, and book chapters, including standout works such as:
"Empowering Cyber Defense: Leveraging Generative AI for Enhanced Security in Resource-Constrained Academic Institutions"
"The Darker Tones of Generative AI: Navigating Risk in Sound Coloration"
"Building Trust in AI-Driven Urban Environments: Privacy, Accountability, and Ethical Frameworks"
"Swarm AI for Distributed Cyber Defense and Autonomous Threat Detection"
He is the author of the book "Breaking the Deadlocks for Transition to IPv6" (2012), and his research has significantly contributed to understanding and solving challenges in IPv6 deployment, network translation, edge/cloud computing, transactional mobile agents, and AI-enhanced cybersecurity.
His conference contributions include papers on IPv6 deployment, performance analysis of network translators, and transition strategy evaluations, with recent research focusing on IoT security frameworks, SDN integration, and consensus algorithms in blockchain-based mobile services. Dr. Hamarsheh’s latest work explores the global progress and barriers in IPv6 adoption and evaluates modern tunneling-based solutions such as 6to4, 6rd, CHANC, and D4across6.
Known for his interdisciplinary vision and forward-thinking research, Dr. Alaa Hamarsheh continues to contribute to academic excellence, technological innovation, and cybersecurity resilience, particularly in developing contexts and resource-constrained academic environments.
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Achievements and Awards
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