The Director – Mechanical Boosting System Engineering leads the design, development, and integration of mechanical air boosting systems such as turbochargers, superchargers, and mechanical compressors used in internal combustion and hybrid engines. This role is responsible for the full lifecycle of mechanical boosting technologies, from advanced R&D through production implementation. The director oversees a global, cross-functional team driving innovation in airflow management, engine performance, emissions reduction, and transient response, ensuring mechanical boosting systems meet regulatory, performance, and durability targets across multiple vehicle platforms.
Develop and lead the mechanical boosting system strategy for ICE, hybrid, and performance propulsion systems.
Drive technology roadmaps for single/twin turbo, twin-scroll, mechanically driven compressors, and turbo-compounding.
Identify trends in global emissions regulations, fuel economy standards, and propulsion architectures to align R&D priorities.
Lead concept, design, simulation, and validation of boosting systems including turbine housings, compressor wheels, bearings, and actuators.
Ensure proper integration of boosting systems with exhaust manifolds, intake paths, EGR, aftertreatment, and controls.
Guide CFD, CAE, and thermomechanical modeling efforts to optimize airflow, pressure ratio, and heat management.
Oversee multiple development programs with OEMs or internal powertrain teams across passenger car, commercial vehicle, or performance applications.
Drive milestone delivery, DVP&R, validation testing, and root cause resolution.
Ensure designs meet durability, NVH, and thermal efficiency targets under aggressive duty cycles.
Collaborate with engine calibration, vehicle integration, controls, and thermal teams to deliver full system functionality.
Serve as technical interface with turbocharger/supercharger suppliers to review and validate co-developed designs.
Support cost, sourcing, and standardization initiatives for boosting hardware across programs.
Build and lead a global team of mechanical engineers, fluid dynamics experts, and boosting application engineers.
Foster technical excellence through mentoring, training, and knowledge-sharing in the domain of turbomachinery and boosting systems.
Mechanical air boosting systems (turbochargers, superchargers, compressors)
Engine air path optimization and transient performance
Thermo-fluid and mechanical design of turbomachinery components
Integration with ICE, hybrid, and aftertreatment systems
Supplier technical collaboration and quality assurance
Emissions, fuel economy, and NVH performance improvements
Bachelor’s degree in Mechanical, Automotive, or Aerospace Engineering required
Master’s degree or PhD in Thermodynamics, Turbomachinery, or Powertrain Systems preferred
PE License or Chartered Engineer is a plus
Six Sigma or PMP certification desirable
10–15+ years of experience in turbocharger, supercharger, or mechanical powertrain component engineering
5+ years in an engineering leadership or director-level position
Proven success managing complex engine boosting programs from concept through production
Deep knowledge of thermodynamics, rotor dynamics, heat transfer, and turbomachinery design
Proficiency in CAE tools (GT-Power, ANSYS, STAR-CCM+), 3D CAD, and validation protocols
Understanding of engine calibration, transient control strategies, and emissions compliance
Strategic mindset with ability to lead cross-functional, global teams
Strong analytical, decision-making, and executive communication skills
Collaborative approach to innovation, quality improvement, and technical problem-solving