Summer Intern: Aero CFD & ML for Performance Motorsports

General Motors; Guildford; Hybrid; GBP 39,000 - 48,000; Full time

Job summary

GM Motorsports is offering a Summer Intern position focused on aerodynamic development. You will contribute to CFD workflows, wind-tunnel testing methods, and data-driven modeling to forecast flow-fields and performance.

The role emphasizes collaboration with engineers and leaders to define requirements, analyze results, and document methods. Hybrid work with on-site presence in Concord, NC, is expected during the summer months.

Qualifications

• Pursuing a bachelor's degree in physics, mathematics, aerospace engineering, mechanical engineering, computational science or related field.

Responsibilities

• Develop and improve CFD workflows across CAD preparation, geometry cleanup, meshing, solver execution, post-processing, and automated reporting.
• Develop tools and methods for wind-tunnel aerodynamic testing, including test planning, instrumentation, data acquisition, controls, and data processing.
• Develop and validate machine-learning or surrogate models that improve aerodynamic performance prediction and flow-field inference.
• Develop AI-enabled tools that improve engineering productivity, accelerate analysis, and support technical decision-making.
• Work with engineers and technical leaders to define requirements, evaluate results, document methods, and communicate recommendations.
• Projects will be defined by team needs and aligned with the candidate's experience, interests, and development goals.

Skills

CFD modeling

Data processing

Machine learning

AI applications

Wind tunnel testing

Automation

Programming

Education

Bachelor's degree in physics

Bachelor's degree in mathematics

Bachelor's degree in aerospace engineering

Bachelor's degree in mechanical engineering

Bachelor's degree in computational science

Tools

CAD software

Meshing tools

Data acquisition

Wind-tunnel instrumentation

Job description

GM Motorsports is offering a Summer Intern position focused on aerodynamic development. You will contribute to CFD workflows, wind-tunnel testing methods, and data-driven modeling to forecast flow-fields and performance.

The role emphasizes collaboration with engineers and leaders to define requirements, analyze results, and document methods. Hybrid work with on-site presence in Concord, NC, is expected during the summer months.