Job description
Position Context The Safety CAE Lead Engineer is responsible for leading virtual vehicle safety development activities and ensuring vehicle passive safety targets are achieved through simulation-driven engineering. The role serves as the technical focal point for crashworthiness and occupant protection CAE analysis from concept development through production release.
Position Responsibilities Lead Safety CAE activities for complete vehicle and subsystem development. Define and execute simulation plans aligned with vehicle safety targets and program milestones. Perform and guide: Frontal Crash Analysis Side Impact Analysis Rear Impact Analysis Roof Crush Analysis Pedestrian Protection Analysis Occupant Protection and Restraint System Simulations Develop, maintain, and correlate full vehicle finite element (FE) crash models with physical test data.
Conduct root cause analysis of safety performance issues and recommend design improvements. Support vehicle architecture development to ensure safety requirements are incorporated from the concept phase. Work closely with Body Engineering, Chassis, Interior, Restraints, Battery, and Vehicle Integration teams to achieve safety targets.
Support physical crash test preparation, analysis, and correlation activities. Review supplier CAE deliverables and provide technical guidance. Mentor junior engineers and drive CAE process improvements and best practices. Support vehicle benchmarking and competitive safety assessments.
Requirements
Education
/ Professional Knowledge Bachelor's or Master's Degree in Mechanical Engineering, Automotive Engineering, Aerospace Engineering, or related field. Minimum 8 years of experience in automotive CAE with strong crash worthiness and vehicle safety development exposure. Skills & Experience Strong knowledge of vehicle safety regulations, NCAP requirements, and passive safety engineering principles.
Experience with automotive CAE tools such as LS-DYNA, Hyper Mesh, ANSA, Abaqus, Primer, Animator, META, or equivalent. Expertise in crashworthiness analysis, occupant protection, restraint systems, structural energy management, and safety target development. Experience correlating simulation results with physical crash test data.
Good understanding of EV-specific safety challenges, including battery protection and high-voltage system safety. Strong problem-solving and root cause analysis capabilities. Experience working with global engineering teams and suppliers. Effective leadership, communication, and presentation skills. Ability to manage multiple programs and deliver under challenging timelines.
Fluent English communication skills, both written and verbal. With respect to all your personal data shared to Vin. Fast in the application and the entire recruitment process of Vin. Fast, by clicking “Apply”, submitting your resumé/CV and/or participating in Vin. Fast's recruitment process, you agree that you have read Vin.
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