Led the manufacturing of the accumulator, a critical component of the electric powertrain, ensuring optimal performance and adherence to competition standards.Pioneered the integration of aerospace welding jig technology to design and fabricate the team's most precise accumulator container, enhancing structural integrity and reliability under high-stress conditions.Developed a cost-effective circuit mimicking the BR-2 Beacon from Motec, achieving equivalent functionality at less than 1/80 of the original price, significantly reducing costs.Streamlined the manufacturing process by introducing innovative methodologies, reducing production time by 20% while maintaining rigorous quality benchmarks.Collaborated with cross-functional teams, including electronics and chassis divisions, to ensure seamless integration of the accumulator with other vehicle systems.Mentored junior team members in advanced manufacturing techniques and fostered a culture of continuous improvement.Contributed to the team’s success in competitions by delivering high-performance, reliable components under tight deadlines.

Spearheaded the development of the radiator side pod, optimizing both thermal efficiency and aerodynamic performance.Diagnosed and resolved multiple engine failures, enhancing the vehicle’s reliability under demanding conditions.Designed and implemented a method of assembly to prevent engine oil leaks, improving system durability and reducing maintenance time.Monitored vehicle telemetry during shakedowns, ensuring safety and providing critical data for performance optimization.Played a key role in a 12-hour engine repair during competition, showcasing technical expertise and dedication under pressure.Collaborated across subsystems, gaining proficiency in teamwork, deadline communication, and project coordination.Acquired hands-on experience with sales and manufacturing processes, effectively bridging technical and operational requirements.