Are you ready to shape the future of autonomous mobility? Join a pioneering team dedicated to revolutionizing transportation by delivering an unparalleled ride experience in next-generation autonomous vehicles. This is your chance to make a profound impact, contributing directly to the core performance and safety of a groundbreaking product that will redefine how people move. You'll be instrumental in ensuring every journey is not only safe and reliable but also exceptionally comfortable and intuitive for our future customers. About the Opportunity We are seeking an innovative and passionate Engineer to take ownership of vehicle dynamics performance. In this role, you will be a central figure in a world-class engineering team, collaborating with experts in robotics, control, and vehicle engineering. You will drive the development of a responsive and controllable platform that instills confidence and trust in occupants, directly influencing the excellent ride quality of our autonomous vehicles. This is a unique opportunity to manifest your creativity and make a significant difference in the final product within a dynamic, startup environment. What You'll Do Develop and maintain high-fidelity multibody vehicle dynamics models using MSC Adams. Collaborate closely with design teams and supplier partners to enhance component delivery for superior ride and handling performance. Generate Suspension, Full Vehicle, and PWT loads in accordance with established processes. Develop key vehicle dynamics metrics and targets, leveraging both physical tests and CAE data. Support performance balancing across various vehicle integration attributes and contribute to software controls development. Drive active safety performance development and validation to meet and exceed automotive industry standards. Correlate simulation results with actual vehicle or subsystem measurements, continuously seeking ways to boost simulation accuracy. Required Skills & Experience 5+ years of relevant experience in vehicle dynamics performance development and simulation. Proficiency in vehicle dynamics CAE development tools, including MSC Adams, CarMaker, and Matlab/Simulink. Master's degree in Mechanical Engineering or a related field. Demonstrated knowledge of Dynamics CAE to Test Correlation. Strong analytical skills with a proven ability to solve complex engineering challenges.