NVH & Durability CAE Analyst I

At Roush, we fuse technology and engineering to provide product development solutions to customers in a diverse range of industries. Widely recognized for providing engineering, testing, prototype, and manufacturing services to the transportation industry, Roush also provides significant support to the aerospace, defense and theme park industries. With over 2,400 employees in facilities throughout the United States, Europe, Asia, and South America, our unique combination of creativity and tenacity activates big ideas on a global stage. Join a team where your analysis shapes the future of mobility and innovation. At our facility in Livonia, MI, you'll work on cutting-edge CAE challenges across automotive, aerospace, and emerging technology industries---using advanced tools, solving real engineering problems, and seeing the direct impact of your work in products that go to market. This entry-level position will perform Finite Element Analysis (FEA) to solve CAE NVH / Durability problems to aid engineering in the upfront design of automotive, aerospace, entertainment, and industrial segments. This individual will build FEA models and conduct Computer-Aided Engineering (CAE) analysis supported by sound engineering explanation and hand calculations. Click Here to meet our CAE Manager and get a peek at what we do. Responsibilities: - Build NVH / Durability models for various applications in the automotive, aerospace, and entertainment industries using commercial CAE tools such as Nastran, Abaqus / Optistruct / ANSYS. - Run NVH / Durability simulations (Linear, Non-linear, Dynamic), postprocess results, and provide engineering solutions. - Develop detailed reports to support customer meetings. - Develop Python scripts for workflow automation. - Learn new CAE tools quickly. - Manage analysis files according to company data-retention policies. Minimum Requirements: Bachelor of Science in Mechanical or Aerospace Engineering with coursework in Finite Element Analysis, Strength of Materials, Mechanical behavior of metals, plastics & composites, Noise & Vibration. Experience in fundamentals of FEA