While working at Angstrom Designs, I've gained experience in python, PCB design, and microcontroller firmware. In Python I created a model for predicting infinitesimal current density in multi-junction solar cells by accounting for variations in light source alignment, spectrum, and intensity as well as solar cell quantum efficiency. I also designed the motherboard which uses a microcontroller to control various subsystems that communicate through ethernet, RS232, and I2C.

I helped lead a team of consultants responsible for assisting students and staff in the Collaborate computer labs. I also provided administrative support for UCSB netID and student university emails through Microsoft Exchange.

I worked on developing a custom instrument calibration procedure for a 5G wideband signal analysis solution. The routine, developed in Matlab, interfaced between an Arbitrary Waveform Generator, Vector Signal Generator, Signal Analyzer an Oscilloscope; it also collected data from Keysight’s 89600 Vector Signal Analysis software.