Computational Fluid Dynamics and Aerodynamics Engineer

NASCAR is seeking an experienced Computational Fluid Dynamics and Aerodynamics Engineer.

You will oversee NASCAR's computational fluid dynamics (CFD) initiatives, running simulations from CAD model creation through post-processing. Your responsibilities will include producing detailed analytical reports and supporting wind tunnel testing for research and development efforts and new vehicle submissions.

Key Responsibilities:

• Lead the Computational Fluid Dynamics (CFD) program in collaboration with TotalSim USA, managing aero team concepts and requests from CAD through post-processing.
• Maintain CFD models for all three NASCAR national series, supporting performance evaluation, liftoff analysis, and thermal studies.
• Assist with R&D wind tunnel testing, including vehicle preparation, prototype part fabrication, and data analysis.
• Support the new vehicle submission process.
• Communicate effectively with internal teams and external partners.
• Travel approximately 10%, including some weekends.

Requirements:

• Bachelor's degree in Mechanical or Aerospace Engineering; a Master's degree is preferred.
• One to two years related experience and/or training; or equivalent combination of education and experience.
• Experience with CATIA, Beta CAE ANSA, OpenFoam, Siemens STAR-CCM+, ParaView, or similar tools is highly desirable.
• Background in automotive aerodynamics,especially high-performance or racing vehicles,is preferred.
• Strong interest in race car aerodynamics, CFD, and the role aerodynamics plays from single-vehicle performance to full-field behavior.
• Solid fundamentals in aerodynamics and CFD, including lift and drag, ground effects, and numerical simulation methods.
• Strong ability to interpret wind tunnel and on-car data.

Benefits: NASCAR offers competitive compensation, a comprehensive benefits package focused on wellness, and opportunities to grow and develop both personally and professionally.

Why This Role?:

• Work on real, high-performance race cars.
• See your work translate into results.
• Use cutting-edge simulation and analysis.
• Work in a highly collaborative environment.
• Be part of a unique engineering culture.