Responsible for the technical development plan including system integration, system matching, function definition, and preparation of design guidebook, DFMEA, and system standards for the fully active suspension system.
Responsible for the architecture and hardware sizing of the full active suspension system, including active damper sizing and motor pump unit specification design review.
Responsible for product definition of the fully active suspension system and its sub-components, proposing design requirements and collaborating with suppliers for optimization.
Responsible for developing DV & PV test projects, part verification, and problem tracking for fully active suspension, analyzing and solving issues during development and vehicle-level assembly.
Responsible for dynamic perception and technical exploration in the new technology field of fully active suspension, introducing new concepts and solutions for innovative design.
Hard skills
Bachelor's, Master's or higher degree in mechanical engineering, automotive engineering, or a similar field.
Over 10 years of experience in fully active suspension systems.
Familiar with the principles of fully active suspension systems and capable of independently completing design, development, and testing.
Master the characteristics and application scope of mainstream fully active systems, with the ability to reduce costs and improve performance.