Aerodynamics Project Lead
Current• Redesigned rear wing on Creo to increase downforce and static margin without significant weight or drag increases• Designed, simulated, and validated rear wing performance through CFD simulations and wind tunnel data• Lead 15 new members to assist with rear wing developments and taught fundamental engineering principles• Instituted new aerodynamic manufacturing procedures improving carbon fiber surface finish and reducing post-processing leading to performance gains from 5lbs reduced weight and nearly a month less manufacturing time• Executed precision manufacturing processes for part production, including carbon fiber layups, knee mill machining, and operating a waterjet• Designed and manufactured front hoop welding jig to prevent heat warpage and decrease manufacturing time• Created pitot tube mount for improving efficiency of wind tunnel data acquisition experiment