Designed and built a Rube Goldberg machine that successfully demonstrated 10 distinct physics principles: fluid dynamics, linear motion, circular motion, magnetism, rotation, projectile motion, electricity, light, sound, and vibration.

Collaborated with a team of 4 to apply principles of autonomous systems and naval design, successfully navigating a one-meter cubed vessel through a timed obstacle course at UCF's Reflecting Pond. Programmed an Arduino microcontroller to process sensor input and control propulsion and steering, and ...

Collaborated with a team of 4 to engineer and prototype a 3D printed vehicle for wind tunnel testing, measuring critical performance data including dynamic pressure and drag force. Developed a scale model car using additive manufacturing to facilitate hands-on aerodynamic research and flow visual...

Led the mechanical design and fabrication of a lever-based delivery platform for a TI-RSLK robot within a team of 4, enabling autonomous transport and launch of rubber ducks into scoring zones