AI systems / full-stack engineering / research

Building intelligent systems.

Virginia Tech computer science student and CEO of C5 Active, focused on data-driven systems and full-stack development.

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AI + ML Applied systems, automation, and product workflows

Research NSF-supported modeling, analysis, and experimentation

Full Stack Interfaces, APIs, and end-to-end implementation

Education

Virginia Tech

B.S. Computer Science

Focused on intelligent systems, simulation, software engineering, and product-centered technical problem solving.

Northern Virginia Community College

A.S. Computer Science

Built a strong technical foundation through STEM coursework, systems thinking, and hands-on collaboration.

Certifications

Oracle Data Science

Applied analytics, data modeling, and machine learning workflows using Oracle's data science ecosystem.

Intro to Cybersecurity

Security fundamentals covering threat awareness, attack surfaces, and practical protection strategies.

Oracle AI Foundation

Core AI concepts, model literacy, and practical foundations for modern intelligent applications.

Experience

EPIQ CCA

Supported breach response workflows with a focus on communication, precision, and operational coordination.

CVS Pharmacy Technician

Delivered reliable healthcare operations support in a fast-paced, detail-sensitive environment.

CURE Program - GMU/NSF

Conducted computational biology research using predictive modeling and genetic analysis workflows.

AI Fellowship Developer

Built AI-powered applications including chatbot systems and automation-driven product tooling.

Projects

Selected builds that blend engineering depth, clear product thinking, and research-informed experimentation.

C5 Active

A fitness discovery platform designed to help people find compatible workout partners, stay consistent, and build momentum through smarter matching and community-driven accountability.

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Modeling Student Debt Dynamics

A long-horizon simulation exploring how federal student loans evolve across life stages, using system dynamics and policy-aware forecasting to surface structural patterns over time.

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