Designed Arduino-based data acquisition systems for isotope imaging experiments.

Applied computational modeling to optimize detector positioning and improve imaging resolution.

Managed and calibrated photonic instruments under guidance of Prof. Bruce Schumm.

Creating a PCB to regulate charging to an EV, monitoring voltage amount, safety checks, etc.

Integrating PCB into a vehicle to compete in the 2026 FSAE competition.

Developed an underwater shipwreck detection system using OpenCV and YOLOv8, increasing object recognition accuracy by 25%.

Designed and implemented waterproof camera housings for real-time image capture.

Collaborated with mechanical and electrical subteams to integrate vision modules into ROV architecture.

Taught mathematical problem-solving to students aged 8–12 using Socratic and visual methods.