Are you passionate about shaping the future of robotics and vehicle dynamics? If so, our client is a cutting-edge robotics startup that is pushing the boundaries of advanced suspension systems for off-road and automotive applications. They're seeking a Mechanical Engineer with a deep understanding of active suspension design and stability control algorithms.
As a Mechanical Engineer on the team, you will analyze high-speed spinning systems, identify vibration sources, and develop robust solutions to ensure system integrity and performance of the robotic arm. In addition to leading the design, development, and testing of advanced active suspension systems for automotive or off-road vehicle platforms. The ideal candidate is a self-starter, team player, and has great communication skills!
Experience: 5-7+ years of experience designing and developing active suspension systems, ideally for automotive or off-road vehicles.
Technical Expertise: Strong knowledge of mechanical dynamics, vibration analysis, and control systems with hands-on experience developing stability control algorithms.
Skills: Proficiency in 3D CAD (e.g., SolidWorks, CATIA), MATLAB/Simulink, and finite element analysis (FEA).
Problem Solver: Ability to diagnose complex mechanical and control issues, propose solutions, and see them through to implementation.
Education: Bachelor's, Master's degree, or Ph.D. in Mechanical Engineering, Robotics, or a related field.