Mechanical Engineer - FEA

RFA Engineering•Dubuque, IA

1d•Onsite

About The Position

RFA Engineering is seeking an experienced Mechanical Engineer - FEA (Finite Element Analysis) to join their team. This role specializes in off-highway equipment structural components, ensuring their reliability and performance. The engineer will translate design concepts into 3D models, run simulations using specialized software, and analyze structural responses. This is a full-time position operating onsite at a customer's facility, offering a full benefit package, opportunities for professional growth, and potential direct hire by customers or within RFA Engineering.

Requirements

BS Degree in Mechanical Engineering or Related Field
Familiarity with finite element analysis software such as ANSYS, Abaqus, or Nastran.
Strong understanding of linear and Non-linear finite element analysis
Design experience or exposure to large machinery

Nice To Haves

Ability to address quality issues, determine root cause and drive to a corrective action
Previous experience with HyperWorks (HyperMesh and HyperView), nCode, Creo (Pro/Engineer)
A meticulous approach to modeling, simulation setup, and result interpretation is crucial for accurate and reliable analysis.
The ability to think creatively and innovatively to optimize designs and solve complex engineering problems.
Desire to work in a fast paced engineering environment focusing on robust designs, quality of product, and accuracy of results

Responsibilities

Creating 3D models of structural components using CAD software.
Generating finite element meshes to discretize the model for analysis.
Choosing appropriate materials and assigning material properties for accurate simulations.
Applying realistic loads and constraints to simulate real-world conditions.
Running FEA simulations using software like ANSYS, Abaqus, or Nastran to predict the structural response.
Use of HyperWorks (HyperMesh and HyperView) for pre- and post-processing
Use of nCode Glyphworks and Design Life to do field data analysis and study fatigue
Provide design engineering team with accurate design recommendations of corrective action
Work with test engineers as required to develop efficient testing plans
Perform after-test correlation with FE models to improve analysis methodology
Analyzing simulation results to evaluate structural performance and identify potential failure modes.
Working closely with design engineers to integrate analysis results into the design process.
Documenting analysis methods, assumptions, and results for future reference.
Write clear, detailed analysis plans, final reports, and other validation documentation