Global engineering leader and subject matter expert for design and development of battery monitoring modules, sensors, and software strategy used in conventional, mild-hybrid, full hybrid electric vehicles, and early autonomous development. Module and sensor outputs enable fuel economy modes (SRC and SS), preserve battery life, reduce warranty costs, improve plant processing (SOC, CBT, EoL), aid in system debug, and provide statistical data for engineering feedback. The benefits of this… Show more Global engineering leader and subject matter expert for design and development of battery monitoring modules, sensors, and software strategy used in conventional, mild-hybrid, full hybrid electric vehicles, and early autonomous development. Module and sensor outputs enable fuel economy modes (SRC and SS), preserve battery life, reduce warranty costs, improve plant processing (SOC, CBT, EoL), aid in system debug, and provide statistical data for engineering feedback. The benefits of this technology have migrated across the entire Ford vehicle lineup.Strengths: Comprehensive technical knowledge, design competence, and critical thinking. Firm understanding of vehicle system level interactions. Strong decision-making and communication skills. Possesses cultural awareness to succeed as leader of a global team comprising Europe, Asia, Australia, North America, and South America. Show less