Target Roles: SOC Analyst · Security Operations · Network Security · Cloud Security 📍 United States — Open to Relocation Authorized to work in the U.S. | F-1 OPT / STEM OPT eligible
Real tools, real findings, real artifacts — built across coursework and independent research.
In Progress (artifacts will be published) — academic hands-on projects and assignments:
- 🔒 Secure Software Development — 6 hands-on security labs
- 📊 Information Representation, Processing & Visualization — Victim Demographics for Violence Reduction in Chicago
- 🧮 Data Structures & Algorithms — Shortest Path Computation for Self-Driving Cars (Dijkstra / A*)
| 👨🏫George Mason University |
Graduate Teaching Assistant Aug 2025 – May 2026 Mentored 200+ students through Information Security; labs, office hours, and graded assessments. |
| 🛡️Comtech LLC |
Cybersecurity SME Intern (MSSP) May 2025 – Aug 2025 STRIDE/DREAD threat assessments, SOC validation lab, contributed 3 technical whitepapers, CMMC readiness; healthcare and U.S. State/Local Government clients. |
| 🌐Movate / HPE-Aruba Networking |
Network Security Engineer, L1 → L2 Sep 2021 – Jul 2024 Enterprise incident response across 2,500+ switches/routers and 3,000+ users · Splunk, Qualys, Nessus, Wireshark · 802.1X, RADIUS, TACACS+ hardening. |
Security Monitoring & SIEM
Threat Detection & Analysis
Frameworks & Standards
Cloud Security
Networking & Infrastructure
Identity & Access Management
Operating Systems & Scripting
Splunk Core User Training — hands-on coursework
CTF walkthroughs & incident writeups on Medium — documenting the thinking behind each level, not just the solution.
Ransomware Breach on Instructure (Canvas)
More Levels are making their way!!!
Three years on the HPE-Aruba TAC team gave me a ground-level view of how enterprise infrastructure actually behaves under attack conditions — real customers, real incidents, real production networks. The security thread was always there: VAPT cycles, access control hardening, Splunk log analysis, flagging misconfigurations before they became incidents. That operational foundation is what pushed me toward formalizing the security side at GMU.
💡 My logic: understand how everything connects, then learn how to defend it.