Designed a metal implant in Creo using surfacing techniques to aid the fixation of bone fractures

Utilized bone scan CAD to create 2 optimal implant geometries, reducing the number of unique devices, thereby reducing manufacturing complexity and increasing ease of use for surgeons

Navigated FDA regulatory obstacles to push projects forward in a fast-paced environment

Designed rapid prototype, sheet metal, and machined parts in Creo for a new product line

Conducted tests, including acoustic measurement and belt tracking, of existing sorting and scanning systems to find inefficiencies and implement mechanical improvements

Constructed test fixtures and assembled first iteration prototypes to ensure nominal performance

Analyzed finite element models in Abaqus and ran load simulations of 787-9 fuselage sections

Performed stress analysis on 787-9 and 787-10 pressure bulkhead and fuselage join components

Designed over 40 3D printed drilling templates in CATIA V5 for use by mechanics in the Chinook factory, successfully reducing factory rework and manufacturing delays, thereby cutting costs