REQUIRED EDUCATION AND EXPERIENCE

• Bachelor’s Degree in Mechanical Engineering (or similar), is required
• Master’s degree in the context of numerical simulation or an industrial equivalent expertise highly desirable.
• 2+ years of engineering experience in a research laboratory (university), automotive industry or race team.
• Experience with running modeling and simulation.
• MATLAB programming experience for data analysis, visualization, modeling, and programming in engineering and scientific fields
• Tread and Cavity and/or design experience would be a benefit.

DESIRED KNOWLEDGE AND SKILLS

• Advanced mesh generation techniques for 2D and 3D geometry.
• Experience with CUBIT is a plus. Solid modeling, preparation of 2D and 3D geometry for meshing. CATIA V5 experience desired.
• Parametric geometry creation and mesh generation is a plus.
• Basic knowledge of solid mechanics and FEA solvers. CFD is a plus.
• PLM software applications. SmartTeam experience a plus.
• Code development using any or all of C, C++, Fortran, Python, Linux shell scripting, Qt. Scientific code development and software version control.

PRIMARY PURPOSE

The Advanced Engineering Group of Race Tires seeks a dynamic associate to drive innovation in high-performance racing technology. This role involves pushing the boundaries of race tire performance by interpreting complex data and making informed design decisions.
The ideal candidate is a self-starter with a blend of technical expertise and creativity, ready to take ownership and drive projects forward with minimal oversight.

PRIMARY RESPONSIBILITIES

• Collaborating with top-tier racing organizations like NASCAR and NHRA.
• Traveling to and engaging with racing and test events.
• Developing cutting-edge simulation, modeling, and FEA programs.
• Enhancing tire durability and creating sophisticated wear models.
• Developing new meshing and geometry tools and methods.
• Generating meshes and models for solid mechanics and CFD applications.
• Troubleshoot geometry and mesh issues, develop new techniques, and to bring new technology to Goodyear.
• Developing DOEs, running models/simulations, analyzing results, and reporting the impact back to the design team.