I am a software engineering student at the University of Arizona and a member of the Defense Civilian Training Corps (DCTC). My work focuses on software engineering, cybersecurity, and low-level systems analysis, with an emphasis on mission-critical and defense-oriented systems.

• Bachelor of Science in Software Engineering
  University of Arizona

• 2023: Developed a compressor testing system integrating hardware and software for validation and reliability
• 2024: Contributed to Smart Hitch, a system for automated air suspension adjustment in towing applications

Languages:
C, C++, Python, Java, Arduino

Systems and Low-Level:
Reverse Engineering, Concolic Execution, Binary Analysis, Computer Architecture

Web and Software:
React, Next.js, REST APIs

Embedded and Hardware:
ESP32, Arduino, Verilog

Tools and Concepts:
angr, Ghidra, UML, Static and Dynamic Analysis, Threat Modeling

MCP Vulnerability Research

• Investigating security risks in Model Context Protocol (MCP) systems
• Focus on prompt injection and adversarial tool manipulation
• Built a framework to evaluate LLM agents interacting with external tools
• Conducting structured threat modeling and adversarial testing

Reverse Engineering and Concolic Execution Research

• Developing binary analysis workflows using Ghidra and angr
• Exploring concolic execution for path exploration and vulnerability discovery
• Working with cross-compiled binaries and emulation environments

The Soil Watch
https://github.com/Roenan-b/The-Soil-Watch

• Full-stack system for monitoring soil moisture using embedded sensors

Missile/Rocket Simulator

• Simulation of trajectory and system behavior for aerospace applications

Compressor Tester
https://github.com/Roenan-b/Compressor-Tester

• Hardware-integrated system for validating compressor performance

Smart Hitch
https://github.com/Roenan-b/Smart-Hitch

• Intelligent suspension control system for towing

Pharmacy Management System

• System for managing inventory, prescriptions, and sales tracking

Go Fish (Modified Implementation)

• Software implementation of the card game with custom rules

• Concolic execution and symbolic analysis for vulnerability discovery
• Reverse engineering and binary-level program understanding
• Security of LLM agent systems (MCP and tool-integrated models)
• Cybersecurity for defense and mission-critical systems

• Defense Civilian Training Corps (DCTC)
• National Society of Leadership and Success (NSLS)

Focused on building secure and reliable systems for high-stakes environments.

LinkedIn: https://www.linkedin.com/in/roenan/