I'm a Cybersecurity student at Kennesaw State University pursuing concurrent B.S. and M.S. degrees through the Double Owl accelerated pathway. Already enrolled in graduate-level coursework with a 3.61 GPA. My foundation is in GRC methodology and technical security tools: Linux, Splunk, Wireshark, and risk frameworks.
As President of Theta Chi, the largest IFC chapter on campus, I lead strategic direction and daily operations, represent the chapter to university leadership and the national organization, and manage the executive board overseeing all committees and initiatives. I'm also a member of Order of Omega, selected among the top 3% of Greek-letter organization members at KSU for academic achievement, leadership, and service.
I'm part of the next generation of security professionals who see AI not as a threat to security, but as its most powerful tool. I'm obsessed with efficiency: in systems, in workflows, in every process I touch. I'm actively building the skills to operate at the intersection of both fields.
Projects
Academic — Bachelor's Level
Built a weighted asset inventory and decision matrix to evaluate system criticality across a simulated multi-asset environment. Quantified risk using likelihood × impact scoring and developed cost-benefit mitigation recommendations aligned with industry standards.
A full-scope risk assessment conducted for a simulated small business running on legacy infrastructure with no existing security policies, trained IT staff, or incident response planning. The goal was to move from a completely unstructured environment to a prioritized, defensible security posture.
Phase 01
Asset Inventory
Catalogued each asset in the environment, documenting data classification, ownership, usage patterns, and recovery requirements. Established a clear baseline of what existed, what it handled, and what depended on it.
Phase 02
Asset Valuation Matrix
Built a weighted scoring model to rank assets by business importance. Criteria were selected and justified to reflect the organization's profile as a small consumer brand, balancing operational continuity, revenue impact, legal exposure, and reputational risk.
Phase 03
Risk Determination
Applied a likelihood-impact framework to score each asset's exposure. Identified environment-wide weaknesses including legacy software, lack of network segmentation, no multi-factor authentication, and no employee security training.
Phase 04
Risk Response
Developed per-asset mitigation recommendations scaled to a realistic small business budget. Proposals covered infrastructure modernization, access control improvements, network segmentation, backup hardening, and a structured employee training program.
Academic — Master's Level
Conducted asset-threat-vulnerability assessments using Clearwater IRM|Pro, producing residual risk scores to inform control selection across a simulated enterprise environment. Applied NIST risk assessment methodology to quantify inherent vs. residual risk and develop prioritized mitigation plans with documented feasibility and effectiveness ratings.
Personal Project
A personal AI Operating System built on top of Claude Code: a deeply layered system of skills, agents, workflows, and MCP integrations woven into every layer of daily life. From email triage to calendar management to decision logging, every repeatable task has been mapped, evaluated, and automated. It started as an experiment in efficiency and became an obsession: a living system that gets smarter the more it's used.
Certifications
Active Build
Threat Intelligence & Triage Automation Network. An 8-layer security pipeline that ingests threat feeds, classifies indicators of compromise, and automates triage decisions. Designed to reduce analyst workload on routine signal processing. Target: ship as open source.
Active Study
Working through Microsoft Azure fundamentals and administrator certification tracks. Building fluency in cloud infrastructure, identity, security, and governance. The foundation for cloud-native security work.