Vamsi Krishna Vundavalli

- Contributed to the calibration and commissioning of prototype fuel cell electric vehicles (FCEVs), refining system parameters to improve efficiency and performance. - Modernization of the vehicles and experience in vehicle root cause activities, and getting insights into the applied processes. - Developed expertise in CAN communication protocols for real-time performance monitoring and vehicle diagnostics. - Worked closely with cross-functional teams to align testing protocols with development goals.

- Developed a white-box Fuel Cell Stack model and integrated it into Stellantis' 0D/1D simulation platform for virtual propulsion system analysis. - Validated model performance using bench data and executed smoke tests in GT-Suite modeling environment. - Applied Hardware-in-the-Loop (HIL) and Model-in-the-Loop (MIL) test benches to ensure accuracy and optimization of fuel cell system simulations. - Enhanced propulsion system development by providing a robust simulation framework for testing and analysis.

- Executed calibration and commissioning tasks for fuel cell electric vehicle (FCEV) prototypes, to enhance vehicle efficiency and functionality. - Contributed to E/E architecture refinements, focusing on energy distribution, fault detection, strategy improvements. - Gained hands-on experience in CAN communication protocols, implementing real-time performance monitoring for diagnostics. - Worked alongside senior engineers and cross-functional teams to support prototype validation, diagnostics and testing.