• Designed a new modular intake to improve and optimize engine power delivery by lowering peak torque by 7% and increasing the power band by 1500 RPM.• Initiated efforts to improve engine cooling through Computational Fluid Dynamics analysis of the radiator position and configuration, which resulted in 12% lower engine temperatures.• Attained additional sponsorships from companies, with last year’s funds valued at over $45,000 in cash, components, manufacturing, and material as a part of our $70,000 annual goal.• Collaborated with engineering sub-team leaders in order to create a detailed, comprehensive, and achievable timeline for engineering the car from design phase until its final testing phase.• Created cost reports, and organized the bill for materials of the entire racecar to present at competition and optimize expenditures for next year resulting in $6500 in savings.• Lead the business and logistics teams in reaching out to companies and donors to raise support for team’s needs, coordinating outreach events, and ensuring all engineering deadlines are met• Worked with manufacturers and team leads to ensure engineering drawings had appropriate tolerances

• Designed modular flanges and exhaust fixtures to reduce manufacturing costs as well as increase production time of a first article by approximately 15%.• Work with manufacturing facility to reduce scrap parts by incorporating excess tube length and nesting tube bends into assembly designs, which resulted in up to 35% less scrap per exhaust system.• 3D scan prototype exhaust components to create full CAD parts in preparation for mass production.• Designed floor-plan for the new technical center facility to optimize workflow and maximize use of space.• Lead the design team in transitioning to SolidWorks CAD package in an effort to streamline the design process from prototype to mass production.

• Shadowed Test and Design Engineers to better understand their responsibilities within this organization.• Learned Pro E Auto CAD Software to recreate parts to emphasize the significance of attention to detail.• Completed projects assigned to me by engineers such as calculating stress by the dynometer on the transmissions to understand how transmission are tested.

• Managed the front desk of this office and assisted engineering students and professors with any problems or concerns. • Recorded daily security logs to online database and identified malfunctions to ensure proper lab safety was in practice at the research labs. • Organized the engineering research budget into specific categories for budget allocation and tax records.