Computer Science B.S. degree from UT Dallas with strong foundations in algorithms, operating systems, computer architecture, networking, and scalable system design. Focused on building high-performance, well-architected software systems that solve complex real-world problems.

Led development of an AI-driven VR viewport prediction system using deep learning, CUDA optimization, EKF state estimation, LSTM training; balancing accuracy, compute efficiency, and real-time constraints in immersive systems.

Experienced across the full stack and system layers:

• Languages: Python, C/C++, Java, JavaScript/TypeScript, Verilog
• Systems: Linux, Bash, Git, SQL, Cloudflare
• Domains: Compilers, Databases, Networking, Secure Backend Systems, AI/ML

Proven experience working in multi-person engineering teams, managing complex projects, defining architecture, optimizing performance, and delivering production-level systems under technical constraints.

Driven by building intelligent systems that empower users, automate complexity, and enable AI integration across software, infrastructure, and human-centered technology platforms.