I worked with a team of three other engineering students to design and build a bottle rocket. I modeled its flight path through MATLAB based on aerodynamic properties, various propellant pressures and quantities, and wind speed and direction

I worked with a team of three other engineering students to design, build and fly a cardboard aircraft. I researched various aircraft designs and their aerodynamic properties before developing a design with the team, and continued to calculate aerodynamic coefficients throughout the process. These coefficients allowed us to mathematically model how far the aircraft should fly. Additionally, we adapted the aircraft to meet day-of challenges such as weather and landing damage.

I worked in a team of 3 other engineering students to design and build a energy-generation unit that could be powered by a moving fluid, such as a river or strong air currents. We successfully drew a noticeable voltage from the device, both in the lab and in nature. My contributions include development of the preliminary design, aiding in the soldering of the circuit board, and development of the cad drawings.