Member of USF Cyberherd (https://www.usf.edu/engineering/cse/cyberherd.aspx)Active member of CyberHerd, a cybersecurity competition team with national placements. Gaining hands-on experience in offensive and defensive cybersecurity strategies through national competitions and advanced training. Skilled in penetration testing, network security, and threat defense. Engaged in practical exercises via HackTheBox and other platforms, working towards multiple industry-recognized certifications, including CPTS, OSCP, and Network+.

As President of the USF Boxing Club, I lead and oversee all club activities for 650+ members, focusing on strategic growth, event management, and member training. I manage the budget, coordinate fundraising, and foster university partnerships. My role emphasizes creating an inclusive environment, promoting boxing, and enhancing the club's presence on and off-campus.

As the Vice President of the Boxing Club at USF, my role revolves around spearheading creative initiatives, organizing seamless club operations, and expanding our outreach efforts. By fostering innovation and skill development, I aim to enrich our members' boxing experience. Through effective organization and community engagement, we'll build a strong and inclusive boxing community that leaves a lasting impact.

Conducted advanced penetration testing on network, application, and physical product security using tools like BurpSuite and Kali Linux. Identified classified vulnerabilities, preventing data loss and ensuring compliance.Executed security testing within Honeywell’s Aerospace division by conducting black, grey, and white box engagements. Utilized advanced methodologies such as fuzz testing and code review to uncover vulnerabilities and strengthen the security posture.Developed Python scripts for custom exploits, streamlining the penetration testing process from start to finish. Enhanced vulnerability detection and remediation efficiency.Performed penetration testing on network protocols for thousands of targets, automating the process with Python, Pandas, and manually testing with advanced security techniques such as pivoting and gaining footholds.Automated data processing for penetration tests, enhancing the efficiency of penetration testing processes across multiple projects. Reducing testing time and improving remediation effectiveness by 11%.Documented and remediated security issues through collaboration with internal and external security teams.Technologies Used: BurpSuite, Kali Linux, Parrot Linux, Python, Pandas, SQLite, SQLmap, Wireshark, Nmap, WinSCP, Metasploit, Nessus, PuTTY, DirBuster, Hydra, John the Ripper, Hashcat, BurpSuite, Command Line Injections, Cross-Site Scripting (XSS), Directory Traversal, Fuzz Testing, Code Review, Advanced Security Techniques, Black Box Testing, Grey Box Testing, White Box Testing, Pivoting, Vulnerability Detection, Remediation.