ECE @ Cornell · Hardware + Software · Robotics & Embedded Systems
Cornell University — B.Sc. Electrical & Computer Engineering
I’m an ECE student at Cornell who bridges hardware and software—from custom PCB design and embedded firmware to computer vision and robotics—focused on building reliable, real-world systems.
Directed the design, manufacturing, and testing of custom PCBs for propulsion and avionics subsystems. Managed a subteam of engineers to deliver reliable, high-performance electrical systems for competition rockets.
Developed and integrated sensor and relay boards into hybrid propulsion systems. Contributed to PCB layout, signal conditioning, and embedded firmware, supporting safe and successful rocket test campaigns.
A MERN web app that streamlines student accommodation in Ghana with JWT auth and optimized DB management for seamless booking.
4‑wheel robot with Raspberry Pi Pico W + Arduino + C++ for autonomous navigation. Iteratively tuned for robust avoidance.
Gesture-controlled Tello drone using an FRDM board to turn IMU data into real-time flight commands.
Arduino‑based keycard access system with reliable authentication, achieving a 95% success rate in testing.
Python + OpenCV drone‑based delivery authentication; integrates hardware and software for adaptable industrial use.
A machine learning model to estimate future stock prices using historical pricing data.
A machine learning model to accurately detect breast cancer based on key tumor cell characteristics.