Chemistry major at UConn with 3+ years building production systems for livestream automation, embedded hardware, and network infrastructure. Self-taught programmer combining laboratory expertise with practical software engineering. Currently exploring Qt Framework and advanced threading while developing open-source lab equipment to make analytical tools more accessible.
Languages & Frameworks: Python (asyncio, multiprocessing), C (systems programming, embedded), Qt Framework (learning), HTML/CSS/JS
Systems: Linux, ProxMox/LXC, networking (VLANs, PoE, Ubiquiti), Git, Docker basics
Embedded: RP2040/2030, SPI protocols, KiCad PCB design, STM32 MCUs
Chemistry: Analytical techniques (HPLC, GCMS, NMR, electrochemistry), synthetic organic chemistry, computational methods (DFT, TDDFT)
Tools: FFmpeg, OBS WebSockets, Valgrind/Helgrind, v4l2loopback, Doxygen
OPS-Live-Controller – Production automation system managing 16+ IP cameras for 24/7 paintball tournament livestreams. Built with Python, FFmpeg, and WebSockets; features automatic failover, stream quality scoring, and exponential retry logic. Deployed as systemd services with 3 years of uptime.
libwsv5 – Thread-safe C library implementing OBS WebSocket v5 protocol with full RPC-JSON support. Handles authentication, event subscriptions, and multi-instance connections for production broadcast control.
RPiPicoMAX6921lib – C library for RP2040 microcontrollers driving VFD displays via SPI. Includes timing optimization and bit-order management for hardware interfacing. Applied in custom velocity detection circuits for tournament paintball chronography.
Paintball Chronography System (in development) – Modern FPS measurement system replacing 1989 hardware, integrating BGT24LTR11N16 radar with STM32L476 MCU. Designed for ultra-low power consumption and field deployment across tournament venues nationwide.
ProxMox Cluster Lab – 3-node HP ProLiant cluster for testing containerized applications. Implemented automated backups, LXC deployment pipelines, and network segmentation for development workflows.
Network Infrastructure – Designed tournament-grade networks supporting 500+ concurrent users with outdoor CAT6 installations, Ubiquiti dual-band WiFi, spanning tree protocol, and custom Nmap monitoring scripts for device management.
Undergraduate research in analytical and synthetic organic chemistry at UConn, including HPLC/GCMS analysis, McMurray coupling for porphyrin synthesis, and titanium photocatalyst development. Currently building open-source lab equipment: contactless fluid pumps, load-cell measurement circuits, DIY spectrophotometers, and reaction monitoring systems to reduce costs for student researchers.
Qt Framework for cross-platform applications • Advanced I/O and multiprocessing optimization • Network security tools (Nmap, Wireshark) • Quantum chemistry methods (QFT, TDDFT) for computational modeling
Charles E. Warring Chemistry Scholarship (UConn, 2024) • Cum Laude, NJCL Latin Honor Society • Science Olympiad volunteer instructor • AP Computer Science A (4), Chemistry (4)
Seeking internships or part-time roles in software development, embedded systems, scientific computing, or cybersecurity. Interested in contributing to open-source projects involving media automation, IoT, network tools, or computational chemistry.
Contact: [email protected] • LinkedIn • Avid backpacker and cyclist
Actively developing—check back for updates on current projects.