SECURE ACCESS REQUIRED
Passionate about protecting systems, understanding evolving security challenges, and continuously building technical skills through hands-on learning, real-world experience, and practical problem solving across cybersecurity and IT.
I'm a cybersecurity student at George Mason University with a strong interest in technology, security, and continuous learning. Before transferring to Mason, I studied cybersecurity at Northern Virginia Community College, where I earned my Associate degree in Cybersecurity with a 4.0 GPA.
My experience includes hands-on work across IT, cybersecurity compliance, Linux systems, networking, virtualization, AI-assisted workflows, and autonomous technologies. Through internships, labs, and technical projects, I've worked with environments involving NIST 800-171, CMMC readiness, vulnerability testing, system security, and secure infrastructure concepts.
I enjoy learning by building, testing, troubleshooting, and experimenting with different technologies. I currently hold both the CompTIA Linux+ and Certified CMMC Professional (CCP) certifications, and I'm fluent in English and Arabic.
Built a free, beginner-friendly cybersecurity education platform that helps everyday users understand common attacks, recognize warning signs, practice safer decisions, and take practical steps to protect themselves.
Developed a multi-agent AI system that translates plain-English flight instructions into structured missions for a simulated ArduPlane aircraft, with mission planning, safety validation, MAVLink execution, telemetry monitoring, and flight summaries.
Developed a multi-agent AI flight system that converts natural-language instructions into executable drone missions inside an ArduPilot SITL simulator. The system handles mission planning, safety validation, command execution, state monitoring, flight summaries, and reusable mission files through MCP.
Built and maintained an isolated VirtualBox lab with Windows, Kali Linux, Ubuntu, and Metasploitable 2 to practice penetration testing, network analysis, vulnerability research, and web security. Used security tools to scan systems, analyze traffic, test vulnerabilities, and research CVEs in a controlled environment.
Researched vulnerabilities in drone software and communication protocols by designing a virtualized test environment simulating autonomous drone operations. Conducted ethical penetration testing — including GCS-drone telemetry interception, MITM-based drone redirection, and DoS attacks on the communication link — then developed and implemented countermeasures such as MAVLink message signing and VPN tunneling with public/private key encryption. Findings, attack methods, and remediation steps were documented in a comprehensive research report.
Aug 2025 – Present
Support clients pursuing CMMC compliance through policy development, documentation reviews, vendor coordination, compliance readiness activities, and stakeholder meetings.
Jan 2026 – Aug 2026
Developed agentic AI systems that convert natural-language instructions into executable drone missions using Python, DroneKit, and large language models.
Jan 2026 – Jun 2026
Conducted research on agentic AI, autonomous decision-making, cybersecurity applications, and emerging AI security considerations.
Sep 2025 – May 2026
Supported CMMC Level 2 compliance efforts by identifying scope, reviewing policies, procedures, controls and security documentation aligned with NIST 800-171 requirements.
Aug 2025 – Oct 2025
Completed intensive training in the CMMC ecosystem, assessment methodologies, NIST 800-171, and GRC platforms while earning the CCP certification.
Jun 2025 – Aug 2025
Built and tested a virtual drone environment using ArduPilot, MAVLink, Mission Planner, and Kali Linux to demonstrate cyberattacks and evaluate security controls.
B.A.S. Cybersecurity
Expected Graduation: 2027
A.A.S. Cybersecurity
4.0 GPA · Presidential Scholar · Dean's List