Building a robust, vision-first perception and planning system that learns from experience.

We developed a web app that teaches guitar through popular songs. In previous product iterations, our software featured polyphonic pitch estimation and a score following interface to provide users with feedback in real-time.

Tunessence was acquired by Hal Leonard, and the app is now available (with a lot of really awesome lessons & songs) at https://www.guitarinstructor.com

Responsible for developing and maintaining critical tools in the RTL development environment of new processor architectures

Identified and fixed inconsistencies and bugs in SystemVerilog RTL in an effort to update lint tools

Generalized pre-existing model checking and report generating scripts to work in new, multi-project development environment

Created software in MATLAB to perform numerical analysis of planar and conformal phased arrays of dipole and patch elements with the ability to determine far-field pattern and gain

Validated my software with measured data from printed, flexible cylindrical and conical patch antenna arrays in an anechoic chamber

Developed NesC/TinyOS firmware for wireless sensor network nodes to acquire high-frequency, multichannel sensor data and GUI software in Java to process and display data

Created Simulink and PSPICE models for radiometer hardware