PROJECTS

I designed and built a location-controlled platform to hold a navigation and sensing system for an unmanned underwater vehicle (UUV).

I built an Arduino-based prototype to measure the cooling power of passive radiative cooling materials.

I participated in the NASA RockOn Project during which my team assembled a scientific payload for flight on a suborbital sounding rocket.

I devised an experimental prototype to investigate the adhesive effect of induced vibration on a thin elastic sheet. 

I designed  and built an open-circuit wind tunnel using foam board and box fans. I achieved the design objective to have a wind speed of 10 ft/s at the test section.

I programmed a desktop music player using Python's Tkinter and Pygame modules.

I created cylinder and lamellae nanoscale topography on silicon substrates using nanofabrication techniques.