Collaborated with a team of 5-15 others in the development of an automated diabetes treatment system. Determined component specifications, modeled custom brackets and test fixtures, and built prototypes of a moving display and syringe pumps using a Raspberry Pi and Python for control.

Became proficient in Autodesk Inventor, including assemblies, design for manufacturability (injection molding, die casting, and CNC machining), and stress analysis (FEA).

Calculated tolerance stackup for drive shaft and syringe pump systems, and modified parts to resolve discrepancies.

Contributed design inputs, test cases, and SOPs to the company's quality management system.

Determined material properties of aggregate rock/fiber structures. Designed construction and testing protocols, built column samples using various string-deposition methods, measured force-displacement data, and analyzed the results in Matlab.

Earned a reputation as the "fastest prototyper" of new construction methods and testing rigs.

Learned the basics of operating the UR5 arm using ROS (robot operating system) as well as the on-board scripting language.