Member of Cockpit Controls Team
McGill Formula Electric
01.2023 - Current
- Accomplished chassis engineer ensuring structural integrity and optimal weight distribution through inner skin and layup expertise.
- Spearheaded probe testing and shrink wrapping of accumulator cells, implementing module layup techniques, and riveting for enhanced performance.
- Utilized Python tools (NumPy, Pandas, Matplotlib) for comprehensive data analysis, resulting in a remarkable 36% increase in braking force for brake pads and calipers.
- Proficiently assembled various cockpit control subsystems, including brake pedals, steering rack cover, shaft, throttle pedals, steering gearbox, and ergonomic features.
- Applied expertise in carbon fiber layup to mold high-quality subsystem components; employed various manufacturing techniques (e.g., sand blowing, welding, molding) for cockpit control system fabrication.
- Designed and assembled Deadman's brake system for accumulator cart using Siemens NX, achieving an impressive 30% increase in efficiency and 25% cost reduction.
- Optimized throttle pedal efficiency by modifying torsional springs, considering driver response, resulting in an exceptional 20% increase in performance.
- Prepared comprehensive cost report and delivered captivating design binder presentation, effectively showcasing the cockpit controls system's design and functionality.
