Architect and Maintain software applications for:

• High-volume audio and video pipelines

• Critical communication between distributed systems, both on-premise and in the cloud

• 3rd party data integrations

• Archival to network-attached storage, as well as physical media

Build and maintain C++ audio frameworks for mission-critical recording hardware.

I performed audio software and hardware engineering tasks, including but not limited to CAD modelling, PCB design, GUI development, and DSP engineering.

At NYU, I ensured the orderly lending and return of music technology studio equipment. I also studied and experimented with equipment in order to best assist studio users, as well as further my own education.

For about a year, I worked at BU to design and prototype an electronic trumpet that would allow trumpet players to access synthesized tones using their trumpet technique. Using C++, I programmed a Teensy 3.2 microcontroller to interpret audio and valve position inputs, outputting a MIDI stream representative of the musicians intentions. I also designed and manufactured an acoustically insulated chamber for a trumpet mouthpiece.

You can find much more information on this project at Stella's website: https://www.openstella.com/