During my undergraduate studies at Virginia Tech, I had the opportunity to work on multiple research projects at the intersection of cybersecurity, quantum computing, and embedded systems. These experiences laid the foundation for my current research interests in AI, secure systems, and applied innovation.
Virginia Tech Hume Center for National Security and Technology Investigated D-Wave quantum architecture and optimization algorithms. Conducted mathematical modeling to form QUBO problems and implemented quantum-based solutions. Explored potential applications for national security and large-scale optimization challenges.
Researched vulnerabilities in traffic control systems and critical infrastructure. Performed penetration testing on live targets and reviewed literature on industrial system security. Developed recommendations to strengthen system resilience and prevent real-world exploitation.
Designed an autonomous robot capable of drawing and navigating a Tic-Tac-Toe game board. Integrated force-sensitive sensors for precision movement and real-time game interaction. Led the embedded software design and programming efforts for the project.