David Yee Email & Phone Number

Seattle, Wa

• Utilized CATIA to design and integrate installations of flight test hardware. • Designed full life cycle of test installations from concept to removal using structured review process, leveraging collaboration with external engineering disciplines.• Created thermal dissipation analysis tool for sizing heat sink of electronic hardware

Everett, Wa

• Performed detail design and kinematic simulations for cowl actuation and engine hardware• Extensive internal and external collaboration to drive component and system design• Simulated hydraulic actuation system dynamics using Simulink/MATLAB• GD&T experience through drawing reviews and part drafting• Authored developmental and qualification test procedures through requirements verificationand validation process• Performed detail design of thrust reverser actuator attach bracket using CATIA V5• Analyzed lug static strength of bracket clevis to optimize strength vs. weight

Greater Seattle Area

•Studied and Implemented inverse kinematics control scheme for multiple degree of freedom modular robot.• Simulated 4 degree of freedom serial manipulator robot kinematics using Simulink and MATLAB.• Implemented trajectory planning aspect to inverse kinematics control scheme. • Drove full design of lock bolt collar feeding mechanism to increase 737 wing assembly efficiency.

Vancouver, Wa

• Developed one way roller clutch for use in future printers• Designed test rig and clutch using Creo Elements Direct Modeling software• Created test plan for clutch life and shaft wear using existing components• Performed stress analysis via ProEngineer

Seattle, Wa

• Designed oil pan, manufactured oil pick up system for UW Team 21 race car• Manufactured and designed suspension bell cranks and attach brackets for UW Team 22 car• Developed and performed vehicle dynamic benchmark tests including acceleration, braking,skid pad, slalom and autocross testing as well as car set up and maintenance on Team 19 and 21 cars• Parts modeling and stress analysis performed with Solidworks• Performed thermal analysis, dynamic performance simulations and testing, and componentdesign and manufacture for Electric vehicle conversion design capstone project

Master Of Science (M.S.), Mechanical Engineering

Mechanical Engineering Analysis Combustion Linear Systems Theory Linear Multivariable Control Feed Forward Control Automatic Control.

Bachelor'S Degree, Mechanical Engineering

Activities and Societies: Theta Delta Chi, Formula SAE