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Ford Motor Company · 6 hours ago

Vehicle Dynamics Engineer

Dearborn, MI

Full-time

Hybrid

Mid Level

3+ years exp

Ford Motor Company is a global leader in automotive engineering and innovation. The Vehicle Dynamics Engineer will be responsible for engineering ride, steering, handling, and braking systems to ensure vehicles meet safety and quality standards while providing an exceptional driving experience.

AutomotiveAutonomous VehiclesManufacturingTransportation

No H1B

Responsibilities

Own and deliver world-class vehicle dynamics attributes-including ride, steering, handling, and braking-from initial target setting through final program sign-off, ensuring every vehicle embodies Ford DNA

Develop and deploy advanced multi-body simulation models (e.g., Adams, CarSim) to predict vehicle dynamic performance, guiding chassis and suspension design from the earliest architecture phase

Bridge the gap between virtual and physical development by leveraging state-of-the-art Driver-in-the-Loop (DIL) simulators and hands-on prototype vehicle testing to tune hardware and calibrate control systems for optimal performance

Serve as a subject-matter expert, effectively communicating program status, risks, and data-driven recommendations to leadership and cross-functional teams (including Chassis, Powertrain, and Controls) to drive decision-making

Drive the continuous improvement of our engineering capabilities by innovating new test procedures, developing advanced simulation methodologies, and creating new tools to increase development speed and accuracy

Qualification

Vehicle dynamicsChassis system controlsMultibody simulationMATLABPythonChassis systems architectureCommunication skillsProblem-solvingTeam collaboration

Required

Bachelor's degree in Mechanical Engineering or a related field

3+ years of professional experience in vehicle dynamics, chassis system controls, or automotive chassis design

Deep understanding of vehicle dynamics first principles related to ride, steering, handling, and braking

Proven success in optimizing vehicle dynamics systems to meet specific attribute targets

Preferred

Master's degree in Mechanical Engineering or a related field

Proficiency in chassis systems architecture including understanding cause-and-effect relationships between design choices, kinematics, and system compliance

Experience with multibody dynamic solvers or parametric simulation tools (e.g., Adams, CarSim or similar)

Clear understanding of tire design and development processes

A fundamental understanding of modern chassis controls systems such as Electric Power Steering (EPAS), ABS/ESC braking controls, and/or semi-active damping systems

Proficiency in MATLAB and/or Python

High Performance Driver's Training Certification

Willingness to travel to proving grounds as needed for winter, off-road or other development testing