Architected multi-board electrical system consisting of pumps, sensors, and interfaces based on product requirements

Designed multiple PCBs and routed traces with DFM of 120V and high-frequency SMT in mind

Iterated design to optimize manufacturability and respond to component availability issues and new requirements

Communicated with suppliers and sourced components to meet COGS expectations

Collaborated with software system architect to develop Python API to communicate with electrical hardware

Wrote C++ firmware facilitating robust communication between Linux, AVR µcontrollers, and sensors over I2C, SPI, and USB

Prototyped ML vision system to detect faces and perform semantic segmentation on live plant images

Created a data aggregation tool to summarize the performance of angled-etch processes into a PowerPoint and Excel file.

Programmed a visual simulation program in Python to determine the outcome of various angled-etch processes

Set up an RF plasma source generator test stand and studied plasma characteristics

Characterized photonic-enabled RF canceller

Measured device harmonics and linearity over input bandwidth using P1dB and IP3

Evaluated and improved gradient-descent algorithm for optimizing RF vector modulator in-band full-duplex system cancellation