Simulation Engineer

Job Overview

We are looking for a highly skilled Finite Element Analysis (FEA) Engineer with strong experience in automotive seat and restraint system simulations. The ideal candidate has hands‑on expertise with LS-DYNA, Hyper Works, and Opti Struct, and has worked on OEM‑level projects, preferably with premium brands such as Mercedes‑Benz. You will play a key role in the development, validation, and optimization of automotive seat structures to meet safety, comfort, and regulatory requirements, collaborating closely with design engineers, project managers, and OEM stakeholders.

• Perform advanced FEA simulations for automotive seat systems (frames, recliners, tracks, headrests, foam, trims, …)
• Conduct safety-related simulations, including:
• Static & dynamic load cases
• FMVSS / ECE / NCAP seat requirements
• Crash and sled simulations (LS-DYNA)
• Build, modify, and validate FE models using Hyper Mesh
• Run and interpret nonlinear simulations using LS-DYNA
• Perform structural optimization using Opti Struct
• Correlate simulation results with physical test data
• Prepare clear technical reports and presentations for internal teams and OEM customers
• Support design optimization and cost/weight reduction initiatives
• Participate in OEM technical discussions, reviews, and milestone meetings
• Mentor junior CAE engineers when required

• Bachelor’s or Master’s degree in Mechanical Engineering, Automotive Engineering, or related field
• 3–10+ years of hands‑on experience in automotive FEA
• Strong expertise in:
• LS-DYNA
• Hyper Works / Hyper Mesh
• Opti Struct
• Proven experience in automotive seat or interior system analysis
• Prior exposure to OEM projects, preferably Mercedes‑Benz or other premium OEMs
• Solid understanding of:
• Nonlinear material behavior
• Contacts, constraints, and failure criteria
• Metal, plastic, and foam modeling
• Very good spoken and written English
• Strong communication and presentation skills

• Strong analytical and problem‑solving mindset
• High attention to detail and engineering discipline
• Ability to communicate complex technical topics clearly
• Comfortable working under tight timelines
• Team‑oriented with a proactive attitude