
More than a decade supporting mission-critical defense systems — THAAD, Aegis, IBCS, HELIOS — where availability, resilience, system integration, risk management, and secure communications were not optional. The underlying challenge is the same one critical infrastructure operators face every day: protecting complex operational systems without disrupting their ability to perform. Where defense systems engineering meets critical infrastructure security.
Security problems are systems problems. This is the framework I apply — whether analyzing a missile defense network, assessing an industrial control system, or building a compliance roadmap for a defense contractor.
Tap any program to learn what it is and why it's relevant to OT/ICS cybersecurity.
Terminal High Altitude Area Defense — kinetic intercept of ballistic missiles in the terminal phase. Integrates radar, interceptors, launchers, and fire control across a distributed real-time OT network where failure has direct kinetic consequence.
The U.S. Navy's integrated naval weapons system combining sensors, computers, weapons, and displays into a single integrated combat system aboard cruisers and destroyers. Aegis is the most widely deployed naval defense system in the world and the backbone of U.S. and allied naval air defense.
Next-generation C2 architecture connecting sensors and shooters across Army air and missile defense platforms. Multi-vendor open architecture enabling any sensor to cue any shooter in a contested environment.
High Energy Laser with Integrated Optical-dazzler and Surveillance — a directed energy weapon system developed for the U.S. Navy. HELIOS represents the convergence of high-power laser technology, precision targeting, power management systems, and thermal control into a ship-mounted weapons platform.
Supporting the Air Force Directorate of Communications (A6) and Joint Staff on DoD telecommunications policy — governing how defense communications systems are built, protected, and maintained at the national security level.
Most people describe these systems from the outside. I built this gallery because I worked inside them — THAAD at MDA, Aegis aboard USS Roosevelt DDG-80, IBCS and HELIOS at OSD. Every architecture shown here is drawn from direct operational experience and cross-referenced against publicly available documentation, GAO findings, and CISA advisories. Click any system to explore components, data flows, security considerations, and OT/ICS parallels.
The projects that only come from this background. Hover to pause. Tap any card to learn more.
Every project here is a professional deliverable — not a student exercise. Built from firsthand experience inside the systems these projects analyze, and formatted the way they would be in a real engagement. Click any category to expand.
Full project documents available upon request — reach out via LinkedIn or email.
The tools of the trade — from OT/ICS industrial platforms and network analysis to cloud infrastructure, requirements management, and scripting. Built across a decade of DoD systems work and applied directly to operational technology security environments.
Every certification here was selected with purpose — not to collect badges, but to build a credential stack that speaks directly to both missile defense systems engineering and OT/ICS cybersecurity. The earned certs establish the security baseline. The roadmap certs target the exact standards that govern industrial control systems, defense contractor compliance, and critical infrastructure protection. Together they form the technical credentialing layer that sits on top of a decade of operational DoD experience.
Foundational IT certification covering hardware, OS, networking, and troubleshooting. In missile defense and OT environments, hardware-level knowledge is critical — legacy embedded systems in weapons platforms and industrial control systems require the same diagnostic thinking.
Validates networking protocols, infrastructure, and segmentation. Direct applicability to OT/ICS — SCADA networks, IT/OT boundary security, and the lateral movement paths threat actors exploit in industrial and missile defense network environments.
DoD 8570/8140 compliant — the baseline credential for federal and defense cybersecurity roles. Covers threat analysis, cryptography, and risk assessment across the same security domains that govern missile defense program networks and critical infrastructure protection.
Covers threat detection, behavioral analytics, and incident response — the analytical layer between detection tools and action. Directly applicable to OT/ICS SOC roles and threat intelligence work across critical infrastructure and defense industrial base environments.
The gold standard for ICS/OT security — covers SCADA, industrial protocols, ICS architecture, and the Purdue Model. The primary certification for practitioners defending the same class of cyber-physical systems found in missile defense, energy, and critical infrastructure environments.
The international standard for securing industrial automation and control systems across their lifecycle. The regulatory framework governing the same OT environments found in defense industrial facilities, energy operators, and critical infrastructure — essential for compliance and consulting roles.
Official credential for CMMC assessors in the Defense Industrial Base.
IT service management framework covering service lifecycle, design, and continuous improvement. Provides the operational process foundation that underpins both enterprise IT and IT/OT integrated environments — including the service management structures used across DoD contractor organizations.
Linux is the dominant OS in OT/ICS environments — embedded PLCs, historian servers, and engineering workstations all run on Linux. Foundational for anyone doing hands-on work in industrial control systems or defense network environments.
Cloud infrastructure increasingly connects to OT/ICS environments — cloud-based SCADA, remote monitoring, and digital twin architectures are expanding the attack surface defenders must understand. Also directly relevant to DoD cloud migration and FedRAMP-authorized environments.
Foundational project management covering initiation, planning, execution, and closure. Essential for managing cybersecurity assessments, CMMC implementations, and OT/ICS security programs — the same structured project methodology used across missile defense and DoD acquisition programs.
The regulatory and technical standards that govern the environments I work in.
Every degree in this roadmap was chosen with purpose — not to collect credentials, but to build the exact combination of technical depth, engineering rigor, and legal authority that the intersection of cybersecurity, critical infrastructure, and AI regulation requires. The trajectory runs from technical foundation through systems engineering mastery to regulatory law — because the professionals who will shape cyber policy need to understand the systems they are regulating.
Builds the formal IT credential foundation that federal and DoD roles require — covering network architecture, cybersecurity fundamentals, cloud infrastructure, and systems administration. The coursework directly supports OT/ICS security work: network segmentation, Linux environments, cloud-to-OT connectivity, and IT service management all map to the environments critical infrastructure operators defend. The embedded certifications — Linux, cloud, and ITSM — are not electives. They are the operating layer of every ICS environment this background is built to secure.
Deepens the technical foundation with graduate-level coursework in cybersecurity, data management, and IT leadership — directly applicable to senior OT/ICS analyst, architect, and program management roles. Federal agencies and defense contractors increasingly require graduate credentials for advisory and senior technical positions. This degree ensures that pathway stays open while the systems engineering and legal credentials develop in parallel.
Systems engineering is the methodology behind every major weapons program and critical infrastructure architecture — requirements decomposition, interface control, verification and validation, failure mode analysis, configuration management. A decade of applying this discipline across THAAD, Aegis, IBCS, and HELIOS built the operational foundation. This degree formalizes it with an accredited graduate credential that DoD program offices, defense contractors, and CISA senior roles recognize as the difference between someone who understands security and someone who engineers it.
The next decade of critical infrastructure regulation, CMMC enforcement, AI governance, and national cybersecurity policy will be written by people who either understand the technology or don't. Coursework in cyber law, administrative law, technology regulation, and AI policy sits on top of a decade of operational experience inside missile defense and critical infrastructure systems — creating a practitioner who can engage regulators, advise federal agencies, and shape the policy frameworks that govern the systems this career was built defending. You cannot regulate what you do not understand. This degree closes the loop.
Actively seeking OT/ICS security analyst/engineer, systems engineer, cybersecurity consulting, DIB cybersecurity, and critical infrastructure protection roles. Open to federal, contractor, private sector, and consulting firm positions. Based in Dallas, TX — open to remote and relocation to Texas · Alabama · DMV · Florida.
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