Computer Science student & software engineer building systems that matter — from fraud detection engines to IoT infrastructure.
I'm a Computer Science student at the University of Arkansas – Fort Smith (B.S. CS, Minor in Mathematics, 2023–2027), passionate about engineering robust backend systems, security tooling, and IoT infrastructure.
My work ranges from designing fraud-detection risk engines with PostgreSQL and Java, to deploying Linux daemons for network intrusion prevention — always with a focus on clean architecture and real-world impact.
Real systems solving real problems.
Transaction fraud detection system with a 0–100 risk-scoring engine. Flags anomalies using Haversine impossible-travel calculations, spending baselines, and velocity detection.
Automated intrusion detection & firewall daemon. Parses Linux auth logs in real time, detects brute-force credential stuffing, and enforces iptables DROP rules autonomously.
Centralized Raspberry Pi print server with automated cloud archiving. Intercepts raw network print streams, logs metadata, and syncs to Google Drive autonomously.
Intelligent route optimization system leveraging OR-Tools to solve complex Vehicle Routing Problems with constraint-based scheduling algorithms.
Open to internships, research opportunities, and interesting projects.