Provide structural analysis and evaluation to solve challenging design problems related to high temperature application products at component and assembly levels
Develop 2-D/3-D models for structural behavior, utilizing FEA structural analysis codes along with hand calculations based on first principles for design improvement and reliability
Validation of modeling and simulation results with testing and field data
Perform sanity checks for the FEA results to take design decisions
Identify possible failure modes and mechanisms and propose design changes to address the same
Interface with cross functional team, create reports and present modeling results on a regular basis
Requirements
Masters/PhD in Mechanical/Aerospace Engineering with background in Finite Element Analysis
5+ years of extensive experience in stress analysis & meshing packages, expert level knowledge in Abaqus and Hypermesh FEA tools
Strong understanding of the fundamentals of strength of materials
Experience in performing finite element structural analysis using materials with non-linear stress/strain relationships, hyper-elastic materials, isotropic/orthotropic/anisotropic materials and springs
Skills in handling complex 3-D geometry, grid generation, contact convergence and post-processing
High temperature component modeling experience is a plus
Understanding of experimental methods and testing is highly desirable
Strong drive to learn new application areas and capable of modeling complex simulations and multi-disciplinary systems
Ability to manage multiple projects and meet deadlines
Exceptional analytical skills and attention to details
Excellent communication skills– both written and verbal
Bloom Energy is committed to fair and equitable compensation practices. The total compensation for this position includes standard company benefits and is based on various factors including, but not limited to, relevant skills and experience.
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