Jaida Woo Email & Phone Number

Kent, Washington, United States

Kent, Washington, United States

Kent, Washington, United States

- Material Review (MR) certification obtained October 2023.- Dispositioned/resolved primarily structural issues, providing full rationale and analysis for repairs or any acceptance of off-nominal conditions.- Support the manufacturing floor in assembly and installation, compliance to engineering requirements, and discrepancy resolution.- Built a dashboard.

- Senior Capstone project sponsored by Microsoft- Designed, built, and debugged mechanism to position simulated human eyes in pitch and yaw to +/- 0.1 degree to evaluate the performance of eye trackers. Included both software and hardware.- One of two team members who were responsible for the design of the entire rig in SolidWorks.- Collaborated with the.

Everett, Washington, United States

- Interned with the Supplier Engineering Liaison group in Everett, WA.- Analyze and perform engineering technical evaluations of non-conforming product and processes.- Applied engineering design principles to develop solutions and provide dispositions for product/process issues in production and design non-conformances.- Ensure supplier/build partner.

Everett, Washington, United States

- Interned with Quality Engineering supporting the 777/777X program.- Spearheaded a project that resulted in the creation of a dashboard with an automated data stream and appropriate control charts.- Dashboard provides convenient access to quality metrics to assess process effectiveness and reduce overall time by 50% of the NCR (Non-Conformance Record).

Bothell, Washington

- Created 3D models and assemblies using CATIA V5 and NX systems. - Learned to adapt to dynamic product-development lifecycle, from conceptualizing new product ideas, through drafting, creating models, communicating with the customer, and adjusting to their needs.- Developed and executed project plans for modeling projects as well as simulation projects.

Materials Lab

Research on intrinsically conducting polymers and synthesized several sample. End goal was to bioprint small, sturdy devices for medical use (to be placed within the human body). NOTE: Alginate was used because it has similar viscosity to the intrinsically conducting polymer and calibration tests needed with printer to ensure the expensive polymer was not.