Transform battery technology research to enhance electric vehicle performance and reliability. Lead modeling projects, develop advanced simulations, and validate multi-physics battery models to create sustainable automotive innovations.

Lead the development of advanced battery material modeling using quantum mechanics and thermodynamics. Collaborate with researchers to optimize material properties and enhance the performance of battery systems through modeling insights.

Lead the development and testing of innovative electrified propulsion systems for advanced vehicles. Collaborate with cross-functional teams to ensure high-quality, timely project delivery while managing vehicle integration and testing processes.

Architect the future of vehicle electrical systems by defining innovative architectures. Collaborate across teams to validate performance metrics and evolve Ford's electrical frameworks for next-generation vehicle platforms.

Champion innovation in exterior glass sourcing; lead cross-functional teams to establish supplier partnerships, achieve cost targets, and ensure timely delivery while supporting sustainability goals in a dynamic automotive environment.