About
A student engineer, building the habits of a professional one.
I’m Eli Shamis, studying Aerospace Engineering at Purdue University. What pulls me toward engineering is aeronautics and its application to race-car design — the question of how you shape something so that it moves air, carries load, or goes faster, doing exactly what it needs to and nothing it doesn’t.
That interest took me to the Aston Martin Aramco Formula One team, where I spent nearly three years in a high-school research apprenticeship studying aerodynamics in CATIA and CFD. It’s also why I became a cadet in the Civil Air Patrol — I wanted to be around flight, not just read about it.
I work primarily in CAD, and I’ve deliberately pushed my range from fully-constrained parametric parts to free-form, curvature-continuous surfaces. The through-line is a bias toward iteration: I’d rather model something, find where it breaks, and rebuild it cleaner than defend a first attempt. My goal is an internship in the racing or defense industry, where that discipline pays off.
This past summer I led a racing program at Sim1Racing, building the curriculum and coaching young drivers by reading their lap-time telemetry and racing data to find exactly where each one could go faster.

Where I’m headed
Three fields I want to spend a career inside.
Motorsport aerodynamics
Where aeronautics meets race-car design — engineering the surfaces and flow that turn horsepower into lap time. The thread that runs through my F1 apprenticeship and my aero studies.
Aerospace & defense
From my time as a Civil Air Patrol cadet to my degree at Purdue, I'm drawn to flight and defense systems — high-stakes engineering where precision isn't optional.
Product development
Taking a form from concept to something manufacturable and genuinely good to use — the loop of design, prototype, and refine.
At Purdue
Hands on the hardware.
Coursework is the baseline. The real learning happens on teams, where CAD meets a deadline and a physical part.
Pikes Peak Aero Design Project
Designing parts in CAD and validating them in Star-CCM+ before they're built — running the full loop from geometry to simulated aerodynamic performance.
Purdue Motorsports
Hands-on mechanical work: rebuilding go-kart driveshafts and dialing in the wheel alignment on a classic MG racecar — the kind of shop time that keeps my CAD honest.
Toolkit
What I work with.
- Aerospace Engineering
- Purdue University
- Aerodynamics
- CAD Design
- Surface Modeling
- SolidWorks
- Star-CCM+
- CATIA
- Rapid Prototyping
- 3D Printing