At Stanford’s Electrical Engineering Department, Vincent has worked on cutting-edge chip design, translating hierarchical circuit schematics into open-source foundry processes and benchmarking machine learning algorithms over dynamical systems. His Raspberry Pi OS project, built entirely in C and ARM assembly, showcases his expertise in low-level programming, peripheral integration (i2c, PS2), and OS-level development.
Vincent has also led hardware-accelerated computing projects, optimizing FPGA rasterization pipelines for 300% improved performance and developing FPGA-based digital audio processing systems. His hands-on experience with microcontrollers, PCB debugging, and real-time embedded firmware makes him a critical asset in designing AI-powered medical wearables at Kos.
At Kos, Vincent is at the forefront of embedded AI and hardware optimization, ensuring seamless integration of firmware, low-power systems, and next-generation healthcare technology.