An interdisciplinary academician and researcher with a strong background in Electronics and Communication Engineering and Nanotechnology, specializing in IoT-enabled intelligent systems, embedded electronics, self-powered sensing technologies, and energy harvesting devices. Experienced in integrating advanced nanomaterials, electronic device engineering, embedded systems, and artificial intelligence to develop smart, sustainable, and application-oriented engineering solutions. Research interests include IoT-based sensor networks, intelligent sensing and monitoring systems, flexible and wearable electronics, triboelectric nanogenerators, AI/ML-driven applications, and quantum machine learning. Proficient in bridging materials science, electronics, and computational intelligence through interdisciplinary research, device development, and system integration, with research contributions published in reputed international journals. Aspires to advance innovative research at the intersection of electronics, IoT, nanotechnology, and intelligent engineering systems.