CAE Simulation Engineer – Vehicle Safety (Crash)

Description

Job Summary: The CAE Simulation Engineer – Vehicle Safety (Crash) leads the development and evaluation of components to meet passive vehicle safety requirements using advanced simulations. Key Highlights: 1. Lead the development of passive vehicle safety 2. Perform advanced modeling for restraint system simulation 3. Master tools such as MADYMO and LS-DYNA #### **About the Role: CAE Simulation Engineer – Vehicle Safety (Crash)** **Join a living ecosystem where the future of business is created and experienced every day. Be part of this transformation!** At LUZA Group, passion, perseverance, and the drive to surpass limits define our path to success. Founded in 2006, we are a Portuguese multinational with over 1,200 talented professionals and a substantial revenue volume. With presence in strategic markets including Portugal, Spain, Morocco, Brazil, Mexico, the United States, and China, we deliver innovative solutions in engineering, IT, design, consulting, Industry 4.0, training, and recruitment. Everything we do is driven by the talent of our people. **This is a moment of growth and opportunity. The future belongs to visionary minds. Join us!** CAE Simulation Engineer – Vehicle Safety (Crash) **Key Activities and Responsibilities** * Lead the development and evaluation of components and systems aimed at fulfilling passive vehicle safety requirements. * Perform advanced physics-based modeling for restraint system simulation. * Develop and integrate energy absorption strategies and vehicle structural behavior in impact (crash) scenarios. * Utilize pre- and post-processing tools for simulation data analysis and interpretation. * Conduct correlation between simulation results and physical test data, ensuring higher model accuracy. **Qualifications and Experience** * Bachelor’s degree in Engineering (Mechanical, Electrical, Aerospace, Industrial, or Automotive). * Experience in the automotive industry, preferably with crash simulation and vehicle safety. **Technical Knowledge and Competencies** * Solid knowledge of biomechanics and restraint systems. * Proficiency in simulation tools such as MADYMO and LS-DYNA. * Advanced English for technical communication.