• Worked in the aerodynamics team with fellow engineers to develop an aerodynamics package for a formula-style race car to compete against other schools in an international design competition.• Innovated a new manufacturing scheduling system and streamlined new iteration analysis using Microsoft Excel which resulted in a 41% increase in overall manufacturing and design efficiency.• Analyzed track data provided by sensors and imagery to determine necessary changes to improve the package design for future iterations.• Simulated the fluid dynamics of a replica energy accumulator to estimate the mass flow of air into the battery carriage in STAR-CCM+ which would be analyzed to improve the cooling mechanisms of the battery pack.• Created over 30 part drawings for use in manufacturing mechanical parts across different vehicle systems.• Manufactured 10+ mechanical parts for a variety of vehicle systems using a lathe, mill, CNC, and waterjet machines.• Developed several low-downforce front wing iterations in SolidWorks and analyzed impact through simulating the aerodynamic efficiency of the aerodynamics package using Star-CCM+.• Implemented front wing design changes that would improve the overall package L/D by 11%, adding 12 lbs of downforce while reducing overall drag by 0.2 lbs, proven by further simulation iterations in STAR-CCM+.• Crafted the front and rear wings, undertray, and other aerodynamic devices by using a hotwire to make foam molds, performing wet layups on said molds, and post-processing each device using techniques such as sanding and grinding.

I was responsible for ensuring player safety and fair enforcement of the rules.- Practiced working intelligently and decisively in a constantly changing environment.