FINITE ELEMENT ANALYSIS (FEA) Engineer

• The position will use specific non-linear analysis software to analyze the performance of designs and conformance to design requirements.
• Assistance in the product development cycle is also important in this position by proposing design alternatives/suggestions to be able to achieve customer requirements.

Responsibilities:

• Assist in the design of rubber products (using non-linear analysis) to meet customer requirements using Abaqus and Hyper mesh.
• Assist in the design of structural components to meet customer requirements using Abaqus and Hyper mesh.
• Create technical data for reviews and presentations based on FEA and predicted rate curves, stress/strain, and product fatigue evaluation (FE Safe or N-Code).
• Communicate design and program issues in a clear and concise manner.
• On-time delivery of information in support of program dates.
• Be available to represent ZLC-NA at customer meetings, as needed.
• Represent ZLC-NA in a positive and professional manner.
• Be able to multi-task, keeping several projects moving forward at the same time.
• Routine interface with Product Engineers and Managers.
• Knowledge of industry, engineering, math, and materials.
• Keep up to date on industry and engineering standards.

Requirements:

• 0-5 Years FEA Experience
• Extensive Knowledge of FE software Abaqus/Ansys/ Nastran, Fatigue Software (Fe-Safe, N-code) CAD (UG/NX) or, Hyper mesh
• Firm grasp of mathematics, engineering, and automotive industry information
• Ability to wear Personal Protective Equipment (PPE) (Safety glasses, close-toed shoes (steel toe), rubber gloves, respirators)

Education:

• Bachelor's degree in Mechanical Engineering or Engineering Mechanics required.
• Master's Degree in Mechanical Engineering or Engineering Mechanics preferred.

Certifications and Licenses:

• Dependent Upon Specific Projects - Continued Training may be Required

Work Environment:

• Works in an office and manufacturing environment.
• Will work on the production floor exposed to dust, orders, oil, fumes, and noise.