I am a Computer Science undergraduate with research experience in cryptography, secure computing, algorithm development, and experimental software systems. I focus on designing and evaluating computational methods for practical, real-world applications.
I work with Python, C++, SQL, cryptography, and scientific computing. My hands-on experience includes implementing algorithms, optimizing performance, conducting security analysis, and evaluating experimental results.
My research focuses on secure image encryption for UAV communication using chaotic systems. I have developed encryption approaches using logistic maps, 4D chaotic sequences, DNA encoding, S-box substitution, XOR diffusion, and SHA-256-based key generation.
I am an author and co-author of IEEE-published research papers, including work presented at COMSNETS 2025 and IC-ICNS 2026. My research on secure and efficient UAV image encryption received the Best Paper Award at ICISS 2026.
I also contribute to the research community as a reviewer for IEEE conferences and IEEE Access, where I reviewed research manuscripts in 2026. I am interested in program analysis, AI-assisted software engineering, code transformation, formal methods, and research-driven large-scale software engineering.
