You study how air flows around objects — using physics, mathematics, and computational tools to understand drag, lift, and turbulence. Your work informs how aircraft, vehicles, and structures are designed to move through air efficiently and safely.
Your day often involves analyzing how air flows around objects — running computational fluid dynamics simulations, studying wind tunnel data, and using physics and mathematics to understand drag, lift, turbulence, and pressure distributions. You might be optimizing wing shapes, analyzing how vehicles move through air, or studying airflow around buildings or structures. The work is highly technical and theoretical, requiring deep understanding of fluid mechanics, thermodynamics, and numerical methods to solve problems that don't have simple answers.
At many organizations, you're working closely with engineers who design things that move — aerospace engineers designing aircraft, automotive engineers improving vehicle efficiency, or civil engineers analyzing wind loads on structures. You spend time setting up simulations, validating models against experimental data, interpreting results, and translating findings into recommendations. The math is complex, and you're often solving partial differential equations or using specialized software that models airflow with millions of computational cells.
People who thrive here tend to have strong physics and mathematics backgrounds and enjoy deep technical problems. You need patience for work where simulations take hours to run and results require careful interpretation. If you prefer hands-on building or need immediate results, this might feel too abstract and slow-moving.
An honest look at who tends to thrive in this role — and who might find it challenging.
Where this role sits in the broader career landscape — and where it can take you.
Roles like this one sit within a broader occupational category. The numbers below reflect that full landscape — helpful for context, but your specific experience will depend on level, specialty, and where you work.
Roles with similar work and overlapping career paths
View all Engineering roles →You study how air flows around objects — using physics, mathematics, and computational tools to understand drag, lift, and turbulence. Your work informs how aircraft, vehicles, and structures are designed to move through air efficiently and safely.
Median pay for an Aerodynamicist is about $151K nationally, with the field ranging roughly from $80K to $208K depending on experience, employer, and metro (BLS).
Core skills for this role include Science, Reading Comprehension, Mathematics, Critical Thinking, and Speaking.
Most people in this role hold a bachelor's degree.
Employment in this field is projected to grow about 5.05% through 2034, with roughly 89,780 people working in it today (BLS).
Closely related roles include Systems Engineer, Senior Systems Engineer, and Design Engineer.
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