• Assisted with leading the transition from Microsoft Excel to Siemens Polarion through activities such as test case development, requirement tracing, and test run execution• Led the expansion of software automation abilities through development of C-based scripts within CANape• Supported advancements in embedded technologies by researching and testing internal VCM workingssuch as A2L configuration files and memory segmentation through the use of CANape, MATLAB Simulink, EcoFlash, and CANopen

• Worked with professional tools such as Microsoft Excel, MATLAB Simulink, and Siemens Polarion to review system requirements, software requirements, and software design along with create system-level test cases• Used CAN Networking Software such as CANape, Canalyzer, CANKing, and P-CAN View along withHardware such as Vector, Kvaser, and P-CAN dongles in order to access live car information and makesystem adjustments• Created scripts in MATLAB and Python for use in automating data collection, processing, and analyzation, such as with battery charging algorithms and miscellaneous data obtained via CAN-based data recorders• Created a full Python-based system for reading and writing CAN messages with support for specializedprotocols such as SDO messages and various hardware such as Vector, Kvaser, and P-CAN dongles inorder to improve in-house system access and automate system testing efforts• Assisted with the in-house creation of a discharge box for lithium batteries that included BMS-