 Supported production rate increase of 600% over a year o Designed reusable autoclave bag with projected $500k savings 2018 o Increased process batch size by 50% o Doubled existing line with 4 new autoclaves from bid to qualification o Improved process yield by 50% through iterative tool redesign

 Supported production and nonconformance disposition of composite fan cases Managed First Engine To Test fan stator assembly o Maintained Bill Of Material from receiving inspection to sourcing alternate parts o Provided daily build updates with overall schedule o Coordinated with Engineering to document and resolve all build nonconformances o Delivered assembly 4 days early to test stand and oversaw instrumentation and assembly with engine core

 Supported design development of $300k Inlet assembly o Created and maintained 7 unique assembly BOMs for different development tests o Championed 12+ engineering change packages through Configuration Management into final design o Drafted and released 5 final product assembly drawings o Provided over 300 hours of onsite engineering support at assembly

 Managed 5 design teams (net package worth $200k) through successful Critical Design Review o Created 60+ Interface Control Documents with both internal and external parties o Presented trade study results and program design reviews to Engineering Chiefs Supported 4 test/validation engine builds (including Fan Blade Out and Flight Test Vehicle) o Maintained BOM through assembly o Designed and installed instrumentation camera set-up for flow visualization test o Investigated root cause and directed corrective action for nonconforming parts Provided onsite support for first 2 engine builds at Final Production assembly line

 Supported Airfoil Multidisciplinary Design Optimization project o Created MATLAB GUI to demonstrate multi-order spline fitting as a variable reduction tool o Wrote MATLAB script to translate user limits into optimization boundaries for automation Created data mining/filter/analysis tool to correlate analysis results to test data (used by Rotordynamics)

 Supported automation process of airfoil cracking Design of Experiment o Devised natural simulation technique to generate midspan cracking finite element models o Set up ANSYS Parametric Design Language batch scripts for nonlinear analysis