Resume
David Rizzo
Cybersecurity Graduate • IT & Digital Forensics
Contact
- Location: Charlotte, North Carolina 28269
- LinkedIn: linkedin.com/in/davidjrizzo1
- Portfolio: portfolio.rizzoit.com
Summary
IT and cybersecurity professional with a strong foundation in technical support, system operations, and security principles. Experienced in troubleshooting, incident analysis, and maintaining reliable computing environments across Windows, Linux, and cloud platforms. Known for combining technical problem-solving with leadership, customer service, and clear communication in fast-paced environments.
Skills
IT & Systems
Technical Support, Troubleshooting, System Monitoring, Windows & Linux Administration
Security
Security Operations, Vulnerability Assessment, IAM, Cryptography, Log Analysis
Tools
Wireshark, Splunk, Burp Suite, Magnet AXIOM, FTK Imager, Docker
Platforms
Windows, Linux (Kali, Ubuntu, Red Hat), macOS, AWS, Azure
Education
Bachelor of Science in Cybersecurity
Wilmington University — New Castle, DE
Concentration: Digital Forensics
Certificate in Cybersecurity & FinTech
Wilmington University
Cybersecurity Certificate (24-Week Program)
University of North Carolina at Charlotte
Experience
Customer Service & Team Leadership
Lowe's — Concord, NC | 2020–2025
- Supported daily operations in high-volume environments while resolving customer and operational issues
- Led, coached, and supported teams of up to 30 associates
- Recognized for reliability, leadership, and customer satisfaction under pressure
Videographer / Media Support
Mecklenburg Community Church — Charlotte, NC | 2019–2020
- Produced and edited weekly video content using Adobe Premiere Pro and After Effects
- Managed deadlines, collaborated with teams, and supported live-service operations
Selected Technical Projects
Digital Forensics Investigation
Evidence acquisition, artifact analysis, and formal reporting
Red Team / Blue Team Lab
Simulated attacks and defensive monitoring using Kali & ELK
Azure ELK Stack
Centralized logging, dashboards, and incident response