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Keiko Yamamoto

Senior Design Engineer, Body & Exterior Systems at Ford Motor Company

Summary

Experience

Senior Design Engineer, Body & Exterior SystemsFord Motor Company
Dearborn, MIJun 2022Present
  • Led the design and integration of exterior body panels for a next-generation electric SUV, achieving a 15% reduction in part count and a 7% weight saving.
  • Optimized structural integrity using advanced FEA simulations (ANSYS, Abaqus), improving crashworthiness by 20% against stringent safety standards.
  • Collaborated with manufacturing teams to implement Design for Manufacturability (DFM) principles, reducing tooling costs by $1.2M and assembly time by 8%.
  • Managed a portfolio of 5+ CAD models and component designs, ensuring adherence to GD&T specifications and supplier deliverables for critical deadlines.
  • Successfully resolved 15+ complex design challenges through root cause analysis and iterative prototyping, accelerating project timelines by an average of 3 weeks per issue.
Design Engineer, Chassis & Powertrain IntegrationMagna International
Troy, MIJun 2020May 2022
  • Designed and validated structural components for chassis sub-assemblies, resulting in a 10% improvement in torsional rigidity for a luxury sedan platform.
  • Utilized CATIA V6 and Siemens NX for 3D modeling and surfacing, delivering 25+ detailed component designs that met performance and packaging requirements.
  • Conducted extensive CAE simulations for stress, vibration, and fatigue analysis, identifying potential failure points and proposing design modifications that saved $500K in material costs.
  • Supported supplier engagement, reviewing technical drawings and specifications to ensure component quality and compatibility, leading to a 98% first-pass yield.
  • Implemented standardized design practices across 3 major projects, increasing design efficiency by 18% and reducing rework cycles.

Projects

Electric Vehicle Battery Pack Integration Design
Jan 2023Oct 2023
  • Developed a modular battery pack housing design that improved thermal management efficiency by 25% and reduced assembly time by 15%.
  • Performed structural analysis to ensure compliance with severe impact safety regulations, mitigating potential design failures early in the process.
Advanced Driver-Assistance Systems (ADAS) Sensor Housing
Jul 2022Dec 2022
  • Designed and optimized sensor housings for multiple ADAS components, ensuring seamless integration into vehicle architecture while maintaining aesthetic appeal.
  • Utilized CFD to analyze airflow and minimize drag coefficients around sensor placements, contributing to a 0.5% overall aerodynamic efficiency improvement.
Lightweight Interior Door Module Redesign
Mar 2021Nov 2021
  • Redesigned an interior door module using advanced composite materials, achieving a 20% weight reduction compared to the previous design.
  • Collaborated with ergonomics specialists to enhance user interface and accessibility features, resulting in a 10% improvement in customer satisfaction scores during internal testing.

Education

University of Michigan - Ann ArborMaster of Science in Mechanical Engineering (Automotive Focus)
Ann Arbor, MISep 2018May 2020
  • Completed thesis on "Advanced Lightweighting Strategies for Electric Vehicle Chassis," reducing target mass by 12% in simulation.
  • Maintained a 3.9/4.0 GPA, specializing in vehicle dynamics and structural analysis.
Georgia Institute of TechnologyBachelor of Science in Mechanical Engineering
Atlanta, GASep 2014May 2018
  • Graduated Cum Laude with a focus on product design and manufacturing processes.
  • Awarded Dean's List honors for six consecutive semesters (Fall 2015 - Spring 2018).

Publications

Skills

CAD Software
CATIA V5/V6Siemens NXSolidWorksAutoCADPTC Creo
CAE & Analysis
ANSYS WorkbenchAbaqusLS-DYNAFEACFDMaterial Characterization
Manufacturing & Materials
Design for Manufacturing (DFM)Design for Assembly (DFA)Injection MoldingSheet Metal FormingComposite MaterialsAdditive Manufacturing
Technical Competencies
GD&TDFMEATolerance Stack-up AnalysisVehicle DynamicsStructural MechanicsAerodynamics
Project & Process Management
Product Lifecycle Management (PLM)Product Data Management (PDM)Agile/ScrumRequirements ManagementRisk Assessment