R&D Engineer
I build the software and hardware needed to understand and interact with the real world, enabling systems that tie sensors to decisions.
I design and build synthesizer modules across three paradigms: MCU firmware (DSP on embedded platforms), FPGA gateware (audio in HDL), and analog circuits (hand-soldered on protoboard). It's a personal lab for exploring how analog, digital, and programmable logic interact through voltage as a shared interface. My current project, Movement Voltage, tracks a hand with a stereo camera and turns gesture into control voltage: the body becomes the instrument.
I have made visual demos in ≤140 characters of JavaScript. Starfields, matrix rain, abstract geometries, procedural textures: all generated from extremely compressed math and syntax. The constraint forces you to find new solutions to problems you thought you understood and recombine what you've learned to squeeze more out of fewer characters.
Bare-metal and RTOS on STM32, ESP32, PowerPC. Mixed signal board design. Boot chip-ops to ultra-low power remote nodes.
On-device inference with TFLite Micro and PyTorch. Detection and classification where latency and power budgets are tight.
Sensing, compute, connectivity (BLE, WiFi, MQTT, LoRa), and the software that makes networked devices useful.
Systems that model the physical world and act on that information: perception and response in a closed loop.