The Vice President of Advanced Propulsion & Mechanical Systems is a senior executive responsible for leading the strategy, development, and integration of next-generation propulsion technologies and core mechanical systems across the company’s automotive portfolio. This role oversees engineering teams working on internal combustion (ICE), hybrid, battery electric (BEV), and alternative fuel propulsion systems, as well as chassis, drivetrain, and thermal systems. The VP plays a critical role in advancing performance, sustainability, and innovation aligned with future mobility trends and regulatory demands.
Define and execute the global strategy for advanced propulsion systems (ICE, hybrid, BEV, hydrogen, fuel cell, etc.) and supporting mechanical subsystems.
Drive R&D initiatives and cross-functional integration for scalable, high-efficiency powertrain architectures and mechanical designs.
Monitor industry trends, regulations, and emerging technologies to shape product direction and innovation priorities.
Oversee full lifecycle engineering of propulsion and mechanical systems, from concept through production and launch.
Lead development of internal combustion engines, electric drive units, transmissions, e-axles, drivetrains, suspensions, and thermal management systems.
Ensure cross-platform scalability, manufacturing feasibility, and performance optimization in collaboration with design and production teams.
Champion technology advancement in e-motors, inverters, battery integration, regenerative braking, and vehicle control systems.
Guide hybrid and electric propulsion system architecture strategies for future vehicles.
Foster partnerships with academic institutions, startups, and tier-one suppliers to accelerate electrification and mechanical innovation.
Lead global, multi-disciplinary engineering teams across propulsion, mechanical systems, simulation, testing, and integration.
Build a high-performance culture focused on innovation, safety, sustainability, and execution excellence.
Develop organizational capabilities through talent development, succession planning, and technical leadership programs.
Collaborate with Product Management, Manufacturing, Software, Quality, and Vehicle Engineering to ensure propulsion and mechanical system alignment.
Establish and enforce engineering standards, design guidelines, and quality assurance processes.
Represent the function at executive leadership meetings and advise on long-term vehicle and propulsion strategy.
Advanced propulsion systems (ICE, EV, hybrid, hydrogen)
Mechanical systems leadership (drivetrain, chassis, suspension, thermal)
Electrification and sustainable mobility integration
Cross-functional product development and manufacturing alignment
Engineering governance and technical innovation
Global team leadership and R&D strategy
Bachelor’s degree in Mechanical Engineering, Automotive Engineering, or related field required
Master’s degree or PhD in Engineering, or MBA with technical background, preferred
Certifications in vehicle systems, electrification, or program management (e.g., PMP, Six Sigma) are advantageous
15+ years in automotive engineering with 7+ years in a senior or executive leadership role
Demonstrated experience with propulsion system design, vehicle integration, and platform-level execution
Proven track record of leading electrification initiatives and launching next-gen mechanical systems
Deep understanding of propulsion architectures, electrified systems, and mechanical components
Strong program leadership, stakeholder management, and cross-functional collaboration
Strategic thinker with a focus on innovation, regulatory compliance, and product scalability
Executive communication and decision-making capabilities in a global environment