FEA Product Development Engineer (m/f) @ Goodyear

Goodyear. More Driven. The Opportunity Are you a proactive and motivated engineer looking to make a significant impact in the field of tire development? Join our dynamic Engineering Mechanics team at the Goodyear Innovation Center in Luxembourg! We are seeking a talented individual to support product development through advanced finite element analysis (FEA) and other modeling techniques. In this role, you will: Optimize Tire Performance: Be responsible for advanced modeling of virtual tires to enhance handling, traction, comfort, wear, and other key performance areas, supporting a zero-physical prototype approach. Collaborate with a Dynamic Team: Actively participate in a team dedicated to developing new tires for vehicle manufacturers (Original Equipment) and the replacement market. Innovate and Implement: Apply, validate, and implement new prediction technologies and methods in the design process to drive innovation. Your Responsibilities As an integral part of our tire development team, you will: Support Tire Development: Apply finite element simulations, perform statistical modeling, and analyze FEA results to drive tire design. Reduce Costs: Replace physical prototyping and testing with FEA, significantly reducing tire development costs for the company. Grow Professionally: Work in a vibrant, multicultural team environment that fosters professional growth and skill expansion in FEA, programming, statistical modeling, and mechanical engineering. Join us and be part of a team that is driving innovation and excellence in tire development. This is your chance to grow professionally in a supportive and dynamic environment, while making a tangible impact on the future of tire technology. Apply now and take the next step in your engineering career! To join our team, you will need: Education: Master’s degree in mechanical engineering, Physics or equivalent. Languages: Fluency in English is a must. French/German language skills are an asset. Experience: Previous work experience in Structural Mechanics and Finite Element Modeling is preferred. Experience combining…

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