The Executive Director of Electrified Boosting & Turbomachinery leads global engineering, strategy, and innovation for advanced forced induction systems, including e-turbochargers, electric superchargers, turbo-compounding, and related turbomachinery technologies. This role plays a critical part in optimizing powertrain efficiency, responsiveness, and emissions performance across internal combustion, hybrid, and electrified vehicle platforms. The executive will oversee multidisciplinary teams driving the design, simulation, integration, and industrialization of air management systems, while aligning with corporate electrification, performance, and sustainability goals.
Define the global strategy for electrified boosting and air management systems to support ICE, hybrid, and fuel cell propulsion platforms.
Drive long-term roadmaps for e-turbos, e-boosters, waste heat recovery systems, and next-generation compressor/turbine architectures.
Guide investment in high-efficiency turbomachinery to meet future emissions, performance, and fuel economy standards.
Oversee design, simulation (CFD, FEA), validation, and integration of turbochargers, e-boosters, and ancillary systems.
Lead cross-functional development from concept to production, ensuring durability, NVH, thermal, and cost performance.
Coordinate with powertrain, controls, thermal, and vehicle integration teams to ensure seamless system performance.
Champion innovation in high-speed electric motors, variable geometry turbines, electric assist systems, and axial/centrifugal compressor design.
Collaborate with R&D, materials, and electronics teams to develop high-speed rotating equipment, power electronics, and control strategies.
Evaluate and integrate waste energy recovery (e.g., E-Turbocompounding) and hydrogen-compatible boosting solutions.
Lead global teams of mechanical, electrical, thermal, and controls engineers across multiple centers of excellence.
Attract, mentor, and retain top engineering talent; build deep domain expertise and succession-ready leadership pipelines.
Foster a culture of technical rigor, collaboration, and cross-functional agility.
Lead engagement with turbocharger suppliers, e-machine vendors, and powertrain partners to drive cost-effective and innovative solutions.
Set technical specifications and approval criteria for sourcing and supplier development.
Serve as the senior technical authority for boosting and turbomachinery in executive forums and platform strategy meetings.
Partner with executive peers in Powertrain, Electrification, Advanced Engineering, and Manufacturing to align on future vehicle requirements.
Electrified boosting systems (e-turbos, e-boosters, e-compounding)
Turbomachinery design and performance optimization
High-speed motor integration with air management systems
Hybrid and ICE propulsion efficiency and transient response
Advanced simulation, NVH, and thermomechanical validation
Global team leadership and supplier technical management
Bachelor’s degree in Mechanical, Aerospace, or Automotive Engineering required
Master’s or PhD in Turbomachinery, Fluid Dynamics, or related field preferred
Professional Engineering License or certifications in turbomachinery design, Six Sigma, or product development methodologies a plus
15+ years in automotive powertrain, turbomachinery, or related mechanical systems engineering
7+ years in a leadership role with global team oversight
Proven experience in launching high-performance turbo or electric boosting systems in OEM or Tier-1 environments
Deep knowledge of thermodynamics, aerodynamics, rotor dynamics, and thermal management in boosting systems
Experience with CFD, FEA, 1D system modeling (e.g., GT-Power), and high-speed motor design
Familiarity with control systems, electronics integration, and transient performance tuning
Visionary technical leadership with business acumen and execution excellence
Strong stakeholder management and cross-functional communication skills
Ability to navigate ambiguity and drive innovation in fast-paced development cycles