•Utilize finite element analysis and classical methods to evaluate for strength, deflection, fatigue life, and damage tolerance on mechanical systems hardware for F135 ECU•Document structural analysis results and present conclusions to management•Collaborate with various teams to ensure engine components are meeting customer requirements for durability, performance, cost, and weight.

•Utilized CAD to design new externals hardware including tubes, brackets and fittings

•Collaborated with operators and department managers to devise and implement action plan to reduce packaging material usage plant wide producing an annual projected cost savings of $725,000•Designed a new piping system to allow ‘spin finish’ chemicals to be pumped efficiently into extrusion process while meeting OSHA standards. Collaborated with mechanics to integrate system. •Engaged with different levels of management to redesign a portion of the plant's floor plan, using AutoCAD, to ensure optimal workflow due to future machine upgrades•Utilized CAD to create a model for 'chuck' storage and collaborated with machine shop to fabricate the design, overall reducing ergonomic risk by 23%•Created interactive speed conversion chart, using Google Sheets, to accelerate troubleshooting methods in extrusion department•Completed co-op rotations in Maintenance, Process, and Raw Material & Shipping