The Manager – Mechatronic Turbine Integration leads the engineering team responsible for the development and integration of mechatronic systems within electric turbochargers (e-turbos) for automotive powertrains. This role oversees the design, validation, and production readiness of integrated turbine, electric motor, power electronics, and control systems to enhance engine performance, efficiency, and emissions compliance. The manager collaborates across mechanical, electrical, software, and controls disciplines to deliver cutting-edge mechatronic boosting solutions.
Manage and mentor a multidisciplinary team of mechanical, electrical, and controls engineers focused on e-turbo system integration.
Lead project planning, resource allocation, and execution of mechatronic integration tasks across development phases.
Drive milestones delivery for design, prototyping, testing, and production launch.
Oversee the integration of electric motors, power electronics, sensors, actuators, and turbine hardware into a compact, reliable e-turbo assembly.
Ensure seamless communication between mechanical components and control software for optimized boost pressure and transient response.
Validate system performance under thermal, mechanical, and electrical stress conditions.
Work closely with turbine design, motor design, controls software, and vehicle calibration teams.
Coordinate with suppliers and manufacturing for component sourcing, assembly process development, and quality assurance.
Support system-level validation including hardware-in-the-loop (HIL) testing and on-vehicle calibration.
Drive innovation in mechatronic architecture, thermal management, and system diagnostics for e-turbos.
Implement design for manufacturability, cost reduction, and reliability enhancement practices.
Stay updated on emerging technologies in electrified boosting and mechatronics integration.
Integration of electric motors and power electronics with turbocharger mechanics
Mechatronic system validation and durability testing
Cross-disciplinary collaboration between mechanical, electrical, and software teams
Thermal and mechanical robustness of integrated e-turbo assemblies
Supplier and manufacturing interface for mechatronic components
Bachelor’s degree in Mechanical, Electrical, Mechatronics, or Automotive Engineering required
Master’s degree preferred
7+ years in mechatronic system integration or electric turbocharger development
3+ years in a leadership or managerial role
Experience with electric motor integration, power electronics, and control systems in automotive applications
Strong understanding of turbocharger mechanics and electric machine design
Familiarity with embedded control systems, sensors, and actuator integration
Proficiency in system modeling and validation tools (MATLAB/Simulink, hardware-in-the-loop)
Knowledge of automotive standards and production processes
Proven team leadership and project management skills
Excellent communication and cross-functional collaboration abilities
Problem-solving mindset with a focus on innovation and quality