The Executive Director of Powertrain Innovation & Turbo Systems leads the global strategy, R&D, and technical execution of advanced powertrain technologies, with a focus on high-efficiency turbocharging, hybrid boosting, and combustion system innovation. This role drives future propulsion performance, emissions reduction, and energy recovery systems across internal combustion engines, hybrid platforms, and transitional propulsion technologies. As a key technical executive, this position sets the vision for turbo system architecture, collaborates across vehicle platforms, and accelerates innovation toward carbon neutrality and high-performance mobility.
Define the strategic direction for advanced boosting technologies and turbo system architectures across ICE, hybrid, and mild hybrid systems.
Lead R&D into next-generation combustion-boosting integration, high-speed e-turbo systems, and waste energy recovery.
Shape technology roadmaps to align with regulatory requirements (Euro 7, EPA, CARB) and market performance needs.
Direct the design, simulation, testing, and validation of advanced turbochargers, variable geometry turbines, and e-boosting solutions.
Oversee integration of turbo systems with exhaust aftertreatment, intake, and engine control strategies.
Ensure turbo systems meet durability, NVH, transient response, and thermal performance targets.
Guide development of electrified turbo systems (e-turbos, turbo-compounding) for hybrid and performance platforms.
Partner with electrical engineering and controls teams on high-speed motor integration, battery support, and transient torque assist.
Explore thermal and kinetic energy recovery methods to improve propulsion system efficiency.
Lead a global team of turbo system, combustion, and advanced powertrain engineers and specialists.
Develop talent through mentoring, succession planning, and technical leadership programs.
Build strong technical communities of practice around turbomachinery and boosting technologies.
Collaborate with Tier-1 suppliers, universities, and startup innovators to co-develop advanced boosting systems.
Define and govern turbo system specifications and technical performance KPIs across programs and regions.
Partner with Engine, Electrification, Vehicle Integration, and Program Management leadership to align product strategies.
Represent Powertrain Innovation in corporate strategy, regulatory forums, and cross-functional steering committees.
Turbo system innovation (VGT, e-turbos, e-boosting, twin-scroll)
Advanced powertrain architecture and hybrid integration
Combustion-boost synergy and transient performance
Energy recovery and high-speed rotating systems
Simulation (1D, CFD, thermomechanical), durability, and NVH
Executive-level technology planning and team leadership
Bachelor’s degree in Mechanical, Automotive, or Aerospace Engineering required
Master’s or PhD in Thermodynamics, Internal Combustion, or Turbomachinery preferred
CEng, PE, or similar technical accreditations preferred
Training in Six Sigma, advanced simulation, or leadership development a plus
15+ years in advanced powertrain development or turbomachinery engineering within the automotive or motorsport sectors
7+ years in a senior engineering leadership role managing innovation programs and cross-functional teams
Direct experience launching turbo or hybrid boosting systems into production vehicles
Deep expertise in combustion-turbo interaction, aerothermal systems, and turbocharger mechanics
Proficiency with tools like GT-Power, AVL Boost, CFD software, and dyno validation