1. Define
Frame the mission, problem, and stakeholders
SYSTEMS ENGINEERING · PMP · AI · PhD Student
Engineering better outcomes through technology, leadership, and systems thinking.
Systems engineer specializing in requirements, architecture, MBSE, integration, automation, verification, and AI-enabled tools.
Systems Engineering Lifecycle
Six connected stages showing how disciplined engineering work moves from problem definition to deployment.
2. Requirements
Capture, decompose, and trace needs
3. Architecture
Evaluate trades and design the solution
4. Implement & Integrate
Build, configure, and integrate the system
5. Verify & Validate
Confirm requirements and mission needs
6. Deploy & Sustain
Operate, monitor, and continuously improve
$36M+
Contract Oversight
70%
Repair & Test Improvement
16 → 0
Critical Supply Constraints
$900M
Navy NGJ Program Support
$19.2M
Redesign Projects Led
35%
Faster Issue Resolution
52%
Fewer Missing Parts
128
Emerging Leader Nominations
Featured Projects
Engineering Solutions with Measurable Impact
Projects that demonstrate systems thinking, software skills, and a commitment to building tools that solve real engineering challenges.
View All Projects
Planned Engineering Application
Requirements Traceability Platform
Planned web application that links requirements, verification methods, test cases, and evidence with full bidirectional traceability.
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Prototype Concept
AI-Assisted Requirements Reviewer
Prototype concept for analyzing requirements for clarity, completeness, consistency, and verifiability with source-cited feedback.
↗Downstairs72°
Upstairs70°
Living RoomOn
Front DoorLocked
GarageClosed
Security SystemDisarmed
Planned Private Integration
Engineering Home Operations Dashboard
Planned private dashboard integrating Home Assistant via REST API and WebSockets for real-time monitoring and automation.
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