I’m a senior Electrical Engineering student at Rensselaer Polytechnic Institute interested in Computer architecture, digital signal processing, embedded systems, and hands-on hardware projects.
I enjoy working on projects involving computer architecture, RTL design, and hardware verification, where I can design, test, and validate complex digital systems. I'm also interested in embedded systems, custom PCB design, and interfacing sensors with real-world hardware, especially when working within constraints such as power, cost, and reliability. Outside of coursework, I enjoy building personal projects and learning through hands-on design, debugging, and experimentation.
A 32-bit RISC-V CPU built from scratch in SystemVerilog, running on an FPGA, it boots compiled C, drives a VGA display, and plays Pong on actual hardware.
A portable, battery-powered heater designed to keep backpacking water filters above freezing in cold weather conditions.
A custom high-voltage PCB designed to regulate power and implement safety-critical systems for the RPI Motorsport Formula SAE Electric race car.
An FPGA-based mixed signal receiver that captures analog signals and processes them using digital filtering techniques. The system integrates microcontroller firmware, FPGA signal processing, and data visualization using Python to analyze multiple waveform types.