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Aniket Pal
Software Engineer at Collins Aerospace
Flower Mound, Texas, United States
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Details
Experience Level:
Student / Intern
Desired Job Role:
Formula One, Software Engineering, Mechanical Engineering, Design Engineering, Apprenticeships, Aerodynamics, CFD
Experience:
Formula SAE Internal Combustion Team:
Aerodynamics Engineering Team Lead:
• Designed and optimized by 33% a multi-element airfoil front wing by parametrizing chord, angle of attack, and slot gaps in CFD simulations, then manufactured with carbon fiber wet-layups
• Defined goal to pull 1.7G’s for an average corner radius using a weighted sector average of track estimates from requirements and Pugh matrices
• Created and evaluated 10 airfoil and endplate designs for front wing through XFOIL, SolidWorks and ANSYS FLUENT simulations, providing justification in design review (DR) presentations
• Simulated full-car to design “Y250 vortex”-style generator to increase aerodynamic efficiency of the floor by 12%, leading to overall lap time improvement to justify the aerodynamic component/change
•
Interfaced with chassis and suspension to find optimal ride-height of 1.25 inches to harness ground effect without losing boundary layer during braking conditions entering corners at 30-35mph from straights – simulated in ANSYS
Aerodynamics Engineering Team Lead:
• Designed and optimized by 33% a multi-element airfoil front wing by parametrizing chord, angle of attack, and slot gaps in CFD simulations, then manufactured with carbon fiber wet-layups
• Defined goal to pull 1.7G’s for an average corner radius using a weighted sector average of track estimates from requirements and Pugh matrices
• Created and evaluated 10 airfoil and endplate designs for front wing through XFOIL, SolidWorks and ANSYS FLUENT simulations, providing justification in design review (DR) presentations
• Simulated full-car to design “Y250 vortex”-style generator to increase aerodynamic efficiency of the floor by 12%, leading to overall lap time improvement to justify the aerodynamic component/change
•
Interfaced with chassis and suspension to find optimal ride-height of 1.25 inches to harness ground effect without losing boundary layer during braking conditions entering corners at 30-35mph from straights – simulated in ANSYS
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