As Apex Buggy's Head Mechanic, I co-lead the process of designing and manufacturing a carbon fiber protective cage, optimized for human-driver safety, speed, and stability. Utilizing a mix of VARTM and standard wet-layups, Apex's newest buggy is the culmination of over 15 years of research and innovation.
Working as an intern in a transmission plant's Materials Planning and Logistics department, I assisted in optimization projects and learned to leverage the Six Sigma methods.
Participating in a hack-a-thon, I designed and manufactured the mechanical components for a custom record player, including motor and electrical interfaces, as well as tone arm and cue lever mechanisms.
As a design lead on my university racing team, I created the back axle for our newest build, Project Chimera (now named Kerosene!).
Using first article inspection reports from contract manufacturers, I compiled statistical data to communicate and suggest updates to CTQ and CTA dimensions.
I redesigned a three-wheeled vehicle's Ackerman steering for increased maneuverability, longevity, and overall performance.
As captain and mechanical design lead, I proposed and began building a sustainable transport and delivery drone using biobased materials and custom processes.