I'm an electrical engineer based in Minneapolis, MN, currently in General Dynamics Mission Systems' Engineering Leadership Program, a rotational program designed to develop early-career engineers through cross-disciplinary exposure, hands-on development, and leadership training alongside senior engineers.

Before GDMS, I completed a systems engineering co-op at Collins Aerospace, where I built and deployed an IIoT monitoring system that cut QA analysis time by 16%, and enhanced an autonomous robot UI that reduced failure rates by 40%. Prior to that, I interned at Allegis Corporation designing an RFID-based anti-theft system from the ground up, spanning PCB design, RF communication, and embedded firmware.

On the hardware side, I've done avionics PCB design for the UMN Rocket Team using Altium, integrating sensors, RF modules, and power systems for flight. On the software side, I've implemented Kalman filtering algorithms in MATLAB for flight state estimation and worked across the stack from firmware-level serial protocols to SQL databases and Power BI dashboards.

My toolkit spans C/C++, Python, MATLAB, Verilog, and SQL, with hands-on experience in analog and digital circuit design, RTOS, communication protocols (I2C, UART, RS-232, Modbus), and IIoT systems.

Outside of engineering, I enjoy playing guitar and piano, rock climbing, kayaking, and dabbling in game development and ham radio.