The Chief Mechanical Engineer in our Automotive Division will be responsible for setting the technical vision and delivering high-performance, safe, and innovative automotive systems. This position requires deep expertise in vehicle design, integration of mechanical systems, and product development, as well as proven experience in cross-functional leadership and strategic execution. The successful candidate will lead a team of experienced engineers, drive the development of new technologies, and ensure that design practices meet rigorous industry standards and business objectives.
Define and drive the long-term engineering strategy and roadmap for mechanical systems in the automotive division.
Champion innovation and the adoption of advanced methodologies (e.g., CAE, simulation, additive manufacturing) to enhance design, validation, and overall product performance.
Lead the research and incorporation of emerging technologies in vehicle chassis, powertrain components, thermal management, and integrated systems.
Oversee the complete lifecycle of automotive product development—from concept, design, and testing to production launch.
Ensure seamless integration of mechanical systems with electrical, electronic, and software platforms.
Review design proposals, technical documentation, and test data to guide design reviews and ensure compliance with performance, safety, and regulatory requirements.
Collaborate with departments such as Electrical Engineering, Software, Quality, and Manufacturing to ensure consistent product quality and manufacturability.
Lead cross-disciplinary teams to resolve critical technical challenges and align on shared objectives.
Serve as a key point of contact for suppliers, OEM partners, and external technical consultants.
Build and nurture a high-performing mechanical engineering team through recruitment, training, and ongoing professional development.
Mentor senior engineers and technical leads, fostering a culture of innovation, accountability, and continuous improvement.
Establish performance metrics, conduct regular reviews, and implement targeted growth plans for the team.
Ensure all mechanical designs adhere to industry standards (e.g., ISO, ASME) and regulatory requirements relevant to automotive systems.
Lead root-cause analyses and continuous improvement initiatives to enhance product reliability and safety.
Manage risk by overseeing design validation processes (e.g., DVP&R, DFMEA) and ensuring robust test protocols are in place.
Bachelor’s or Master’s degree in Mechanical Engineering, Automotive Engineering, or a related field; advanced degrees are preferred.
12+ years of progressive experience in mechanical engineering, with a significant portion in the automotive industry.
Proven leadership experience in managing complex product development programs from inception to production.
In-depth knowledge of vehicle system integration, CAD/CAE tools (e.g., CATIA, NX, SolidWorks), and simulation software.
Familiarity with lean manufacturing and design methodologies (DFM, DFA).
Strong problem-solving skills, project management expertise, and excellent communication abilities.
Experience working with regulatory and safety standards specific to the automotive industry.
Technical Strategy & Innovation:
Establish engineering vision and incorporate advanced technologies to drive product performance and competitiveness.
Product Development & System Integration:
Oversee the full lifecycle of automotive product design, ensuring seamless integration with multi-disciplinary systems.
Cross-Functional Leadership:
Facilitate collaboration among engineering, manufacturing, quality, and supply chain teams while managing external partnerships.
Team Leadership & Mentorship:
Build and develop a high-performing engineering team through strategic recruitment, training, and performance management.
Quality, Compliance, & Risk Management:
Enforce robust quality control measures, comply with industry standards, and drive continuous improvements based on data-driven insights.
A dynamic, innovation-driven corporate setting with close collaboration across R&D, production, and business units.
Regular interaction with engineering teams, management, and external stakeholders.
Occasional travel may be required for supplier meetings, industry conferences, or production oversight.