Analog, power, and wireless hardware I've shipped, alongside coursework from my graduate studies in computer engineering and computer science. Currently working on neural interface wearables and AI devices.
Analog front-end and sampling core for wrist-based EMG devices at Facebook Reality Labs, shipped in the Meta Neural Band.
An industry-first 30W USB power-delivery receptacle, patented across three design elements.
A unified sensing platform that consolidated 8 lighting-control products into one.
A neutral-free LED dimming architecture with two patented stability algorithms.
Wireless-connected lighting controls with battery backup, across three radio protocols.
A user-customizable iOS app aggregating sports news and social media into one feed, delivered in 4 months.
A Hadoop-based dashboard summarizing ride statistics across New York City's taxi network.
A custom communication protocol written in C to integrate an ARM processor into a System-on-Chip.
A narrowband LTE-M modem with a noise-reducing filter, designed in Python and run on GPU.
A 4-bit Flash analog-to-digital converter designed and simulated in Cadence.
A market simulator and trading strategies built from technical indicators, supervised learning, and reinforcement learning.
An agent that solves visual analogy puzzles by reasoning over structured knowledge, extended into a general game-playing agent.
Localization, mapping, and control for a simulated robot, from particle filters to PID-driven path following.