Aerodynamics lead at Tufts Electric Racing. I design, simulate, and build systems where airflow meets performance — from CFD to carbon fiber layup.
I'm a mechanical engineering student at Tufts University with a focus on aerodynamics and thermal systems. As aerodynamics project lead for Tufts Electric Racing, I design the full aero and cooling package for our FSAE competition vehicle.
My work spans the entire pipeline — from parametric CAD in OnShape to CFD validation in Ansys Fluent, through composite manufacturing by hand layup. I'm driven by the intersection of fluid dynamics theory and real-world fabrication constraints.
Comparative CFD analysis of nosecone profiles. Evaluated drag, pressure distributions, and stagnation behavior using k-ω SST in Fluent.
Designed and optimized cooling duct geometry. Balanced pressure recovery, mass flow, and composite manufacturing constraints.
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I'm always open to discussing aerodynamics, FSAE, engineering roles, or interesting projects. Reach out through either of the links below.