Junior Software Developer
Zel TechnologiesDeveloped a CNN-based AI model to classify bullet caliber from acoustic data, achieving 95%+ accuracy across 11 caliber classes. Packaged model as a safety feature in an existing commercial product.
I'm a Computer Science M.S. student at Florida Institute of Technology with a passion for building intelligent systems, embedded hardware, and full-stack platforms. From acoustic signal processing research to AI agent pipelines, I thrive at the intersection of software and real-world impact.
Developed a CNN-based AI model to classify bullet caliber from acoustic data, achieving 95%+ accuracy across 11 caliber classes. Packaged model as a safety feature in an existing commercial product.
Expanded full-stack Django web applications in a team environment. Implemented iOS and Android apps using Flutter/Dart, containerized with Docker and PostgreSQL, and integrated OpenStreetMaps for navigation.
UX-focused development for the local Florida Tech AIChE division website. Prioritized mobile/desktop responsiveness, security best practices, and deployed on AWS EC2.
Collaborated on particle simulation projects for collision detection. Used Python and C within the EIC Shell environment and PYTHIA to detect high-energy particle interactions.
Arduino-based real-time distance sensing system using HC-SR04 ultrasonic module. Firmware written in C/C++ with time-of-flight distance measurement and adaptive LED proximity alerts.
Autonomous Java code generation pipeline using Google's Agent Development Kit. Integrated JUnit5 testing with Gradle, building a self-correcting feedback loop that converts test failures into targeted code improvements.
Cross-sport coaching app built with the MERN stack. Features role-based authentication for coaches, players, parents and owners, real-time WebSocket drill design, and live goal creation.
Florida Institute of Technology
Expected: August 2026
M.S. thesis investigating acoustic localization of gunshot events in indoor environments. Combines wave-based sound propagation modeling with signal processing to determine source position and directivity within constrained room geometries using the Image Source Method (ISM).
I'm always open to new opportunities, collaborations, or just a good conversation about tech. Reach out!
Thanks! I'll get back to you soon. 🎉