• Lead multiple 10+ person design teams responsible for developing bearing, wheel, tire, suspension, brake, subframe, steering, controls, fuel, and exhaust systems ($20M+ total investment) • Approve drawings, tooling signoff, part orders and documentation before release• Report project status to all levels of management up to Vice President• Responsible for tracking total vehicle weight and compliancy with international weight regulations• Responsible for meeting targets for chassis performance, schedule, cost, quality, for a total of $30M+ investment • Lead a team researching new technology to develop and apply a novel NV/engine performance device • Chassis representative for aerodynamic research projects• Negotiate budget and manpower for new technology developments• Create unit performance specifications, unit drawings, and 3D models in Catia to ensure total vehicle performance in mass production • Manage supplier and external engineering support teams to balance personal workload• Participate in company-wide cost reduction and design process improvement teams• Optimize designs for NVH, durability, heat resistance, safety, and engine performance using Ricardo Vectis, SimCenter, StarCCM+, and LMS Sysnoise simulation packages• Create and maintain schedules to meet prototype, design validation, and production deadlines• Create new test plans to effectively validate designs• Collaborate with local and international production engineering teams to improve component and total vehicle manufacturabilityDeveloped:2016 Acura MDX2019 Acura RDX2019 Acura MDX2019 Honda Passport2022 Acura MDX2023 Honda Pilot2023 Acura TLX2024 Honda Passport (Chassis Lead)2024 Honda Ridgeline (Chassis Lead)2024 Acura TLX Type-S PMC EditionFuture models I'm excited to share

• Collaborated with industrial design, design for assembly, and design for manufacturing teams• Utilized Six Sigma tools to analyze tolerance chain stack-up and reduce mass production failure rates• Performed root cause analysis for in-market products and pre-market prototypes• Managed BOM, drawings, ECNs, and mechanical specifications• Manufactured rapid prototype and machined prototypes for usability and mechanical testing• Brainstormed new ideas and technologies for future phones with a team of engineers• Cooperated with design teams in China and Finland to develop new phones

• Lead development of an open wheeled, formula style racecar• Designed an automated, portable pneumatic shock absorber dynamometer for the San Diego State University Formula and Baja SAE teams• Developed total vehicle packaging in SolidWorks to improve maintenance, performance, and manufacturability over previous designs• Taught safe manufacturing methods to 40 new students yearly• Performed FEA simulation on chassis and suspension components to ensure reliability in all use cases• Designed/manufactured assembly jigs for chassis and suspension to improve build quality• Consulted with university faculty to improve designsPast: Vice President, Drivetrain Lead Engineer, Treasurer• Assisted in leading a team of 40 students in designing and building a racecar• Raised funds and attracted new team sponsors• Designed a strong, lightweight, adjustable differential mounting system using FEA simulation• Managed team expenses, budgets, and sponsorship• Designed and fabricated a total of 5 racecars with a team of students

• Designed housings and chassis for the next generation Lumia smartphones in Catia• Supported industrial design, design for assembly, and design for manufacturing teams• Utilized Six Sigma tools to analyze tolerance chain stack-up and reduce mass production failure rates• Performed root cause analysis for in-market products and pre-market prototypes• Evaluated materials and selected the best fit for gaskets and thermal pads• Manufactured rapid prototype and machined prototypes for usability and mechanical testing• Brainstormed new ideas and technologies for future phones with a team of engineers• Cooperated with design teams in China and Finland to develop new phones• Performed design studies for emerging technologies

• Designed a test fixture for classifying FETs• Designed an RF-shielded housing for a transmit/receive switch amplifier module• Managed drawings, BOMs, and part lists• Assembled communication amplifier chassis and circuit boards• Tested units using an electrodynamic shaker• Performed functional testing and final inspections on units prior to shipping• Completed an ESD and device audit of the building• Managed inventory

• Designed a jig to make power cable assembly easier and faster• Designed a jig to test ultrasonic transducer function before assembly• Assisted in development of a new waterproof and shockproof device housing• Evaluated LED types to improve product usability• Audited products according to ASTM standards

• Studied how egg salinity levels affect fertility rates of endangered white seabass• Cared for 80,000 fish