Seattle, Washington, United States
4th year Mechanical Engineering student at the University of Washington graduating in June 2026. I have over three years of experience in design, testing, and analysis through UW Formula SAE and my internship at Milgard Windows. I’ve worked on projects ranging from drivetrain systems and test benches to composite enclosures, using tools like SolidWorks and ANSYS to turn designs into real, tested components. I’m motivated by the mix of hands-on work and design in a testing environment, where I can apply engineering principles to create reliable and high-performing systems!
Designing and Fabricating A Standalone Dynamometer System to Map Efficiencies Across Torque and RPM Ranges For A Two-Stage Planetary Gearbox
Drove Weight Reduction Using Topology Optimization, SolidWorks, and ANSYS Structural To Balance Stiffness, Mass, And Manufacturability Under Dynamic Loading Of An Upright
Designed and Assembled a Composite Enclosure for High and Low-Voltage Components, Achieving 30% mass Reduction While Enhancing Safety and Serviceability. Integrated Design Onto Vehicle Using SolidWorks With GD&T, Tolerance Stacking, DTM Considerations, Employing 3D printing for Rapid prototyping and Fit validation.
Contributed to R&D of 12 new fiberglass window configurations through prototype builds, testing, and design improvements. Conducted water and structural tests, troubleshooting failures, and assisting in redesigns to meet performance targets. Led material testing of clip designs, collaborated on third-party WOCD development, and supported structural redesign of an aluminum meeting rail reinforcement.
Mentor first-year BIPOC engineering students through weekly 1:1 sessions focused on academic planning, goal setting, and retention support.