* Defined inverter pinout and designed HVIL and crash signal circuits in Altium for first generation AAM electric inverter * Engineered universal Excel model that calculates battery and motor current draw of actuator within 5% (worst case) of experimental results. * Built C based CANape test script and oversaw team for rear drive unit dyno test. * Spearheaded new electrical architecture program used by entire AAM actuator suite.

* Led assembly and testing of low voltage hardware for the 2021 SpaceX Hyperloop Competition * Responsible engineer for 2 unique PCB's assembly and testing. * Successfully tested all low voltage schematics and ran through entire state machine. * Implemented Extreme Ownership leadership principles to remain effective online.

Engineering test racks to ensure quality of next generation Starlink satellite electrical hardware.

* Dedicate 100 hours as a full-time student towards ensuring the functionality of the electrical system for the 2020 SpaceX Hyperloop Competition. * Responsible for design and manufacturing of a PCB via Altium and CNC milling. * Utilized embedded hardware including ST Nucleos and BeagleBone Black.

* Pioneered the transition to automated hardware testing for Daikin’s most innovative production HVAC * unit through the integration of LabVIEW software. * Created over 90 automated testing programs for design verification and testing. * Redesigned quality assurance model, improving testing efficiency and reliability. * Managed all project phases using Waterfall and Agile Methodologies.

Oversee solar car electrical system architecture, hardware development, implementation, budgets, and on-boarding process for 2021/2023 American Solar Challenge.

Major: Electrical Engineering | GPA: 3.98 | Dean's Honor List 5 semesters Electrical Director of Badgerloop | Officer of Socratic Society (Philosophy Club)