
FPGA Digital System Design
Designed and implemented multiple FPGA-based digital system modules, including search acceleration, VGA graphics display, and audio processing.
University of Washington, Seattle
Electrical & Computer Engineering Student
Robotics, Embedded Systems, FPGA, and AI-powered Perception

David Cai
Robotics, Embedded Systems, FPGA, and AI-powered Perception
Education Summary
University of Washington, Seattle
B.S. in Electrical & Computer Engineering
Seattle, WA / China
Expected Graduation: 2027
A quick look at engineering work across hardware, robotics, Java systems, and AI perception.

Designed and implemented multiple FPGA-based digital system modules, including search acceleration, VGA graphics display, and audio processing.

Built an embedded line-following robot system involving sensor integration, PCB-level debugging, mechanical design, and control logic.

Developed Java-based map application features including autocomplete search, map markers, shortest-path routing, custom collections, validation, and tests.