About Fisker Inc.
California-based Fisker Inc. is revolutionizing the automotive industry by developing the most emotionally desirable and eco-friendly electric vehicles on Earth. Passionately driven by a vision of a clean future for all, the company is on a mission to become the No. 1 e-mobility service provider with the world’s most sustainable vehicles. To learn more, visit www.FiskerInc.com – and enjoy exclusive content across Fisker’s social media channels: Facebook, Instagram, Twitter, YouTube and LinkedIn. Download the revolutionary new Fisker mobile app from the App Store or Google Play store.
Duties and Responsibilities:
Define vehicle level, system and component requirements for a wide range of automotive systems.
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Develop and run a fully capable laboratory for structural testing.
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Develop test plans to support program objectives.
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Root cause failures.
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Maintain traceable documentation for all durability analysis and test work.
Minimum Qualifications:
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BS in engineering, 10+ years' experience , MS in engineering preferred.
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Must be able to demonstrate leadership roles in automotive analysis and/or testing disciplines.
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Knowledge of industry standard analysis and testing techniques.
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Bachelor’s Degree in Mechanical Engineering. Master’s and Ph.D. preferred.
Knowledge, Skills, Abilities, Competencies:
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Strong fundamental knowledge of mechanics of materials and in-depth knowledge of stress failure theory, buckling and fatigue theory
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Experience with fatigue software such as nCode and FE-Safe. Expert applied skill in ANSA, META-Post, NVH Director, NVH Console, Hyperworks, ABAQUS, MODEFRONTIER and other FEM codes
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Excellent root cause and problem-solving skills in automotive durability.
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·Ability to run quasi static and dynamic strength analysis of structures using explicit solvers will be viewed highly favorably
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Random vibration expertise
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Experience with body and chassis automotive components and vehicle systems
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Support engineering teams with design direction based on your analyses
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Demonstrated ability in iterative and collaborative automotive engineering environments (at least 1 vehicle program) – success in roles requiring high levels of technical communication and interpretation of analytical results to Design Engineers and Technical Management.
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Understanding of multi-body dynamic load profiles and ability to intelligently apply for full-vehicle fatigue analysis