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.
The Senior NVH & Durability Analyst will perform Finite Element Analysis (FEA) to solve Noise, Vibration & Harshness (NVH) and durability problems to aid engineering in the upfront design of vehicle, aerospace, and amusement park ride structures. The Senior NVH & Durability Analyst will build FEA models and conduct Computer-Aided Engineering (CAE) analysis supported by sound engineering explanation and hand calculations. This position is located in Livonia, MI.
Responsibilities:
- Build FEA models for various applications in the automotive, aerospace, and industrial segments using commercial software (MSC-NASTRAN, ABAQUS, and ANSYS Mechanical).Conduct CAE analysis independently using CAE tools.
- Support analysis with sound engineering explanation and hand calculations.
- Review results with lead engineer or supervisor and share with the customer.
- Recommend alternative analysis approaches and design solutions to meet the functional targets.
- Interface with customer to complete tasks with a high level of quality while meeting timelines.
- Contribute to existing and develop new analyses capability as part of continuous improvement.
- Maintain pertinent information in assigned location and perform data cleanup.
- Interact confidently and professionally with stakeholders at all levels.
- Learn different computer-aided engineering software packages quickly.
Minimum Requirements:- Bachelor of Science in Mechanical Engineering.
- Minimum 5 years of CAE (Computer-Aided Engineering) experience.
- Experience in modal, point mobility, and acoustic analysis.
- Experience in strength, stiffness and stress (including thermal) in linear and nonlinear (material and contact) domains.
- Experience in size, shape, and other optimization analysis using optimization tools.
- Strong fundamental knowledge in strength of materials and failure theory for metals and composites and vibration concepts.
- Strong aptitude in modeling and simulation with ability to solve engineering problems.
- Good understanding of kinematics, static, and dynamics.
- Advanced software skills in finite element pre-process
