Designs, programs, and implements production equipment for Lithium Ion battery production-Deployed software to guide battery assembly using STANLEY screw guns with the OPEN protocol and LabView interface-Installed battery charging station that charges up to 192 cells per hour using Maccor 4000s -Programmed Fanuc SCARA robots, Designed tooling, designed, assembled, and commissioned control box to automate battery pick and place operations-Optimized pick and place operations for battery cells from 4 seconds to 2.5 seconds using ROBOGUIDE and implemented changes to production equipment-Designed tooling and fixtures for battery module assembly and dispense operations-Designed, fabricated, and programmed UV curing oven using Dymax 5000EC lights with a single axis gantry and LabView interface -Assisted controls Engineers by updating and maintaining electrical schematics using AutoCAD

-Facilitated vehicle operations and testing of Formula SAE Vehicles-Collected vehicle data from ECU, accelerometers, GPS, wheel speed sensors, and linear potentiometers that was captured on a Race Capture Pro and MoTec CDL3. -Preformed regular maintenance and maintained service record for each session

-Lead team of 4 to design an ergonomics package for the Titan XI competition car. Oversaw part development and manufacturing.-Designed pedal assembly to improve manufacturability and driver performance for 95th percentile males and 5th percentile females.-Utilized Solidworks simulation and ANSYS to analyze aluminum brake pedal arm using FEA.-Fabricated gas pedal using prepreg carbon fiber in sandwich structure including an aluminum honeycomb core.

-Attained interest, new members, and followers through means of social media and various multimedia platforms such as Instagram, Facebook, and YouTube.-Created merchandise using the adobe suite and distributed products to students-Collaborated with sponsors to aid in vehicle production