About
I am interested in embedded systems, low-level computer graphics (Vulkan), networks, and operating systems. My interest lies particularly in the intersection of theory and implementation - how deep understanding of computer architecture, graphics APIs, and network protocols translates into systems that perform optimally under real-world constraints. I believe the best systems emerge from this marriage of conceptual clarity and performance-conscious engineering.
Research Interests
🔧 Embedded Systems
Low-level hardware interfaces and real-time constraints
🎮 Graphics Programming
Vulkan API and GPU optimization techniques
🌐 Network Systems
Protocol design and network security analysis
⚙️ Operating Systems
Kernel development and system-level programming
Current Project
My main development project is Aragon, a C library focused on zero-cost abstraction principles. The library aims to cover comprehensive functionality while maintaining optimal performance characteristics through careful design and implementation strategies.
Research
(Research media will be added here)
Research Focus
This research project focuses on developing the core components of a protocol-agnostic framework for analyzing network security properties. The work will involve implementing state transition modeling using Linear Temporal Logic (LTL), creating packet structure parsers, and developing the underlying framework architecture. This will contribute to the larger goal of enabling automated security analysis across different network protocols.
Project Responsibilities
I am entirely responsible for both the design and implementation of the entire project. This includes architecting the framework's core components, implementing the LTL-based state transition models, developing efficient packet parsing mechanisms, and ensuring the system's protocol-agnostic nature while maintaining performance and accuracy in security analysis.
Coursework
Major: Computer Science
Institution: UF Herbert Wertheim College of Engineering
Relevant Courses
Academic Focus
My coursework emphasizes systems-level programming, network protocols, and algorithmic foundations. The combination of distributed systems, operating systems, and network fundamentals provides a strong theoretical and practical foundation for my research interests in low-level system optimization and security analysis.
CV/Resume
📄 Download Resume/CV (PDF)Education
University of Florida, Herbert Wertheim College of Engineering
Expected Graduation: May 2026
Major GPA: 4.9
Research Experience
Florida Institute for Cybersecurity (FICS), University of Florida
January 2025 - Present
• Leading design and implementation of protocol-agnostic network security analysis framework
• Implementing Linear Temporal Logic state transition modeling
• Developing efficient packet parsing mechanisms for multiple network protocols
Technical Skills
Specializations: Embedded Systems, Vulkan API, Network Programming, Operating Systems
Research Interests: Zero-cost abstraction, Low-level optimization, Protocol analysis
Current Project: Aragon C Library - Comprehensive zero-cost abstraction framework