At General Motors, our product teams are redefining mobility. Through a human-centered design process, we create vehicles and experiences that are designed not just to be seen, but to be felt. We’re turning today’s impossible into tomorrow’s standard —from breakthrough hardware and battery systems to intuitive design, intelligent software, and next-generation safety and entertainment features.
Every day, our products move millions of people as we aim to make driving safer, smarter, and more connected, shaping the future of transportation on a global scale
Onsite: This role is categorized as onsite. This means the successful candidate is expected to report to Concord, NC on a full-time basis.
The Role
We are seeking an Aero Performance Engineer to join a multi-disciplined team of engineers and technicians for testing, developing, and optimizing the aerodynamic performance of a Formula One Car for competition in the F1 race series. This role places you at the intersection of advanced aerodynamic research and real-world race car performance. As part of the GM Motorsports Organization, you will engage in high-fidelity data acquisition and analysis across wind tunnel, CFD, and track environments to validate and refine aerodynamic models. Your work will directly influence design decisions and performance upgrades by improving correlation methodologies and enhancing predictive accuracy. Collaborating with partner teams and internal groups, you will help translate complex aerodynamic phenomena into actionable insights that drive competitive advantage on track and inform future vehicle development.
Joining the GM Motorsports Organization will provide you with the experience and exposure it takes to work in a competitive environment and the opportunity to showcase your aerodynamic research and development skills, contribute to innovation, connect lessons learned in racing to production intent vehicles, work cross functionally with our partners and ultimately, help shape the future of Motorsports.
What You’ll Do:
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Lead the development of multi-domain aerodynamic correlation frameworks integrating CFD, wind tunnel, and track data
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Architect predictive models and diagnostic tools to quantify drag, lift, and flow structures under dynamic race conditions
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Define and implement advanced probing strategies (e.g., rake arrays, surface flow visualization, transient flow capture)
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Oversee wind tunnel and track test planning, execution, and post-analysis with emphasis on data integrity and actionable insights
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Collaborate with race engineering, vehicle dynamics, and simulation teams to translate aero phenomena into setup and design decisions
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Mentor engineers across CFD, test, and performance domains, fostering a culture of technical excellence and iterative refinement
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Drive continuous improvement in aero toolchains, including modular codebases, error-resilient export routines, and scalable diagnostic outputs
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Represent GM Motorsports in technical forums, partner engagements, and cross-functional innovation initiatives
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Provide a flexible attendance and attitude to work, in line with the requirements for the role and specific project requirement
What You’ll Need (Required Qualifications)
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Master’s in Aerospace, Mechanical Engineering, or related field with deep specialization in fluid dynamics and thermodynamic
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12+ years of post-graduate experience in motorsports aerodynamics, including leadership roles in F1 or equivalent series
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Proven track record in developing and validating aerodynamic models across CFD, wind tunnel, and track environments
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Expertise in experimental aerodynamics, including flow visualization, probe design, and transient data capture
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Advanced proficiency in Python, MATLAB or other scripting for data analysis and tool development
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Experience with CAD/CAE integration, large-scale data handling, and modular toolchain development
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Exceptional communication skills with ability to synthesize complex data into strategic recommendations
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Ability to multi-task in a dynamic, constantly evolving environment, with a talent for organization, collaboration, and communication
What Will Give You a Competitive Edge (Preferred Qualifications)
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PhD in mechanical or aerospace/aeronautical engineering
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Strategic thinker with a systems-level approach to aerodynamic performance
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Collaborative leader who thrives in high-pressure, multi-disciplinary environments
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