Experience
Roseville, CA
On the networking R&D hardware team: diagnosed an ITU-T G.703 timing-circuit isolation failure, qualified a replacement analog switch on a VNA, and automated PCB net documentation.
Santa Clara, CA
Designed and validated vehicle-grade wiring harnesses for temperature and pressure sensing subsystems, with a defined grounding strategy sized to survive vibration and dynamic load.
Santa Clara, CA
Designed and validated multiple KiCad PCB revisions for an ESP32 product, then ran bring-up, functional validation, and failure isolation on prototype assemblies.
Portland, OR
Software engineering across the Wacom Center desktop app (WinUI 3 / C#) and upstream Linux kernel HID drivers, refactoring device-specific styling and improving stylus and touch reliability across Wacom hardware.
Education
B.S. in Electrical and Computer Engineering
Relevant coursework: Real-Time Embedded Systems, Electronic Circuits, Computer Architecture, Logic Design, Advanced Programming, Microprocessor System Design, Electric Circuits, Abstract Data Types & Architecture, Theory of Algorithms, Physics Electromagnetism, Operating Systems, Communications & Networks, Electromagnetics, Digital Signal Processing, Electronics Prototyping.
Honors
Projects
Selected and qualified a replacement analog switch for a 10 MHz / 1PPS reference distribution circuit, then owned the redesign from schematic through bring-up and G.703 validation.
A custom ESP32 PCB with an integrated OLED display that improved system efficiency ~15% through power-rail and component-selection changes.
A difference-equation filter engine in C supporting FIR and IIR responses with circular buffers, validated on a Cortex-M4 across Butterworth and Parks–McClellan designs.
Low-voltage signal routing and power distribution for the vehicle’s temperature and pressure sensing subsystems, with grounding, fuse protection, and connector current ratings analyzed across the car.