Research & Publications
I am a mechanical engineer with specialized expertise in semiconductor systems, industrial process optimization, and SCADA cybersecurity. My research advances the integration of electride-based materials, AI-driven fault detection, and digital twin-based industrial monitoring—supporting national priorities in resilient infrastructure, energy optimization, and manufacturing innovation.
Edge AI Fault Detection
Real-time anomaly detection systems for industrial HVAC and boiler units.
Electride-Based MEMS/NEMS
High-performance energy devices using semiconducting electrides for aerospace and semiconductor applications.
SCADA Cybersecurity
AI-enabled intrusion detection using digital twins in industrial control systems.
Peer-Reviewed Publications
Lead Author
Mechanical properties and structural stability of semiconducting electrides, Global Mainstream Journal, 2022
Precision mechanical systems in semiconductor lithography, AJATES, 2025
Piezoelectric applications of electrides, Journal of Scholarly Research, 2023
Co-Author
AI-based cybersecurity for SCADA and IoT, ASRC Procedia, 2025
IoT-enabled transformer monitoring, Review of Applied Science, 2025
International Journal of Scientific Interdisciplinary Research (IJSIR)
Cross-disciplinary science and engineering research
2023
Review of Applied Science and Technology (RAST)
Applied mechanics, materials science, electronics, and energy systems