I'm an aerospace engineering student at Syracuse University with a strong foundation in structural analysis, aerodynamics, and computational methods. I have hands-on experience conducting wind tunnel experiments, designing optimized structures, and developing MATLAB solvers for complex engineering problems. Currently, I'm working on noise reduction in laser interferometry systems and designing reversible joints for DuPont's Corian® products, combining simulations, theoretical analysis, and experimental validation.
This volume is an edited anthology of research papers produced by undergraduate students as part of a semester-long course in astrobiology at Syracuse University. The collection explores foundational and emerging topics related to the origin,...
This project developed a MATLAB solver for the numerical source panel method based on equations from Anderson’s book. The source panel method approximates the flow around an object using discrete panels, which are essential for modeling nonlinear...
In this lab, we utilized a wind tunnel and multiple experiments to explore fluid mechanics and physics principles. The results of these experiments justify the equations being used for theoretical examples and why they are used in engineering...