I’m a Motorsport Engineering student at Purdue University Indianapolis passionate about the intersection of aerodynamics, race engineering, and vehicle performance optimization. I’m driven by a deep curiosity for how data, design, and physics come together to make cars faster, more efficient, and more competitive. Through hands-on projects like the Pikes Peak Aerodynamic Design and Aerodynamic Nose Cone Analysis, I’ve gained experience in CFD simulation (SimScale, Star-CCM), 3D modeling (Fusion 360, SolidWorks), wind tunnel testing, and prototyping. My work focuses on translating theoretical principles into real-world racing applications — from optimizing aerodynamic packages to evaluating design performance through testing and iteration.

I’m also an active member of the Purdue Sim Club and Purdue Motorsports Club, where I contribute to vehicle dynamics analysis, race data acquisition (MoTeC, RaceStudio 3), and setup development to enhance simulated car performance. These experiences have strengthened my ability to collaborate in multidisciplinary teams, solve complex problems, and apply data-driven insights to engineering challenges. Outside the track, I’ve taken initiative in organizing community events and leading teams, experiences that have built my leadership, project management, and communication skills. I’m currently seeking internship or shadowing opportunities in motorsport, automotive design, or race engineering, where I can apply my technical foundation and passion for performance to contribute to innovative engineering teams.

Lets Connect! Feel free to reach out below!