My doctoral studies at PAIU played a significant role in strengthening my expertise in cybersecurity, particularly in the areas of network forensics, data security, industrial control system security, and academic research. The program enabled me to deepen my technical knowledge, enhance my analytical and research capabilities, and contribute to the advancement of cybersecurity practices through scholarly publications.

• CIGRE-GCC 2025 Conference Proceedings: 

Secure Microgrid Communication: A federated deep learning approach for Network Intrusion Detection in Microgrids

• Journal Proceedings: Volume 3, Issue 2, July-December 2025 of INTERNATIONAL JOURNAL OF CYBER SECURITY (IJCS)

Resilient ICS Cybersecurity: Secure Design and Operational Defense for Critical Infrastructure

• IEEE 2023 ISNCC Conference Proceedings:

Mitigating IEC-60870-5-104 Vulnerabilities: Anomaly Detection in Smart Grid based on LSTM Autoencoder | IEEE Conference Publication | IEEE Xplore

• IET Digital Library– 2023 WIW                

Development of microgrid testbed for real desert environment testing and evaluation: project experience

Current Professional Role

Today, I lead OT cybersecurity and industrial communication initiatives at Hitachi Energy, supporting critical infrastructure and utility sectors in Qatar. The knowledge and research experience gained through PAIU have helped me:

• Lead OT cybersecurity projects aligned with IEC 62443 standards for critical infrastructure.
• Deliver cybersecurity solutions for major utility and energy organizations.
• Bridge the gap between academic research and real-world cybersecurity challenges in the energy sector.

PAIU has been an important part of my professional journey, providing the platform to expand my research capabilities and contribute to the cybersecurity community. I hope my experience encourages current and future students to pursue their goals with determination, embrace lifelong learning, and leverage education as a catalyst for both personal and professional growth.