During my freshman year at Wilton High School, I quickly became involved in the district video department. Four years later, I was writing expansion budgets, requesting funding, building studios, and managing video efforts for the Wilton High School including being the harbinger of sports broadcasting efforts. 

I pass my free time skiing on the slopes during the winter, and playing Ultimate Frisbee during the summer. When there are not enough friends around, I enjoy tinkering with my car, working on electronics projects such as LED accent lighting and controls, or passing the time learning new skills online.

• Broadcast Facility Controller - Project to extend control systems such as Cerebrum with more advanced features and enhanced UI experiences.

• TSL UMD v5 protocol golang library

• Evertz Quartz protocol golang library

• Canon XC protocol golang library

• OCP Arbiter - Project to enable Grass Valley OCP 400s to control Canon XC cameras

Designed and built a 4-channel digital audio mixer as my final project for my B.S. Computer Engineering degree along with three other students. I was responsible for the control side which included hardware faders, pan/gain rotaries, and mute/AFL/PFL buttons; alongside a web based software UI for remote control and advanced EQ / dynamics control and full-system configuration saving, loading, backup, and restore operations. The full control system lived on an embedded Raspberry Pi Zero 2W module and communicated with the FPGA and pre-amps via an I2C interface.

Designed and built a prototype "S-Box" audio tester device inspired by the Whirlwind Q-Box. Version 1 features a variable frequency tone generator, ground lifter, phantom power detection, 3-pin XLR and TRS I/O, speaker with variable volume, and headphone output.