During my time Embecta, I designed, manufactured, and tested tubing fixtures and support structures to stabilize measurements of bolus dosing to one-millionth of a gram. I also wrote and tested a test method for the attachment force for a catheter. 

I developed a model for a DC motor driven rotor attached to a gear train and a propeller. Scripting and simulation was done in Wolfram Mathematica

As a drivetrain engineer on USC's FSAE EV team, I created technical drawing, participated in part selection, and communicated with suppliers. As the project manager for the entire team, I managed timelines and resources for 45 cross-functional projects across 6 sub-teams. 

I worked with three peers to model a toy drone in Siemens NX. I calculated appropriate boundary and loading conditions, ran simulations with different mesh sizes, and developed accurate models for the displacement and stress on the propellers. 

I worked with two peers to design, print, and perform FEA in Solidworks for small bridge with the goal of spanning a gap of nine inches and holding as much weight as possible in the center of the bridge.

I worked with three peers to build a small vehicle powered by a motor and a belt driven system with the goal of traveling up a ramp of five feet, up to a hight of 33 inches and stopping at the top.