A custom functional desktop peripheral control hub engineered using an ESP32 microcontroller. Built entirely with custom state-machine logic, active Bluetooth pairing, and optimized serial monitor communication.
Execution of robotics operating software (ROS2) alongside basic machine learning fundamentals for autonomous vehicle control.
First-place finish utilizing advanced defensive technical strategies to execute strict security problem-solving protocols.
Procured and assembled a heavy-duty programming and processing workstation, specifically configured to maximize frame-rate performance for competitive environments.
Fast snapshot of my technical stack
I am an engineering student at the University of Rhode Island managing a rigorous academic schedule alongside commuter logistics and part-time work. I am currently pursuing a double major in Electrical Engineering and German, supplemented by a minor in Computer Science.
My focus lies heavily in C++ development and custom hardware assembly. I am preparing to maintain top-tier academic standing to facilitate future institutional transfer applications.
When I am away from the workbench, I spend my time tuning custom PC configurations and engaging in competitive tactical gaming. I enjoy the process of carefully selecting and configuring hardware specifically to maximize frame rates and overall performance.