I focused on aerodynamic performance and composite manufacturing for the Hornet Racing Formula SAE race car. My work involved designing, simulating, manufacturing, and validating composite aerodynamic components.

I led the design, analysis, and manufacturing of aerodynamic components for the Hornet Racing Formula SAE vehicle.

Key Contributions include:

• Designed and manufactured HR25 Front Wing

• Designed and manufactured HR26 aerodynamic kit

• CFD analysis using ANSYS Fluent and Autodesk CFD

• Developed Arduino based data logging circuit for strain gauges on the HR25 front wing mounts

• Analyzed suspension potentiometer data against CFD simulated results

• Utilized a variety of composite manufacturing techniques to construct the aerodynamic devices

CAD: SolidWorks (CSWA), AutoCAD, Fusion360

CFD: ANSYS Fluent, Autodesk CFD

FEA: Solidworks FEA, Altair Inspire

Programming: MATLAB, C++

Productivity: Microsoft Excel, Word, Powerpoint, Bluebeam Revu

Manufacturing: Composite Layup Techniques (Wet Layup, Vacuum Bagging, Foam Core), Mold Fabrication, 3D Printing, Manual Machining (Mill & Lathe), TIG Welding, Soldering