Enthusiastic and results-driven aerospace engineering student pursuing a Master's degree with a specialized focus on aerodynamics, computational fluid mechanics, robust and nonlinear flight control, stress, and FEM Analysis. Fueled by valuable experience gained during an internship in Avionic Systems, I have developed a strong foundation in aerospace technology and systems integration. My passion lies in propulsion, stress, and structures engineering, and I am eager to apply my skills and knowledge to contribute innovative solutions in the dynamic and challenging field of aerospace technology. Committed to driving advancements and making a significant impact in the industry.
High-Order Discontiunous Methods(SV/SD/DG/CPR) for the Navier-Strokes Equations
Unmanned Aerial System Manufacturing, Introduction to Aerospace, University of Kansas Structures Committee, Design Build Fly, University of Kansas Aircraft model Design using Advanced Aircraft Analysis (AAA) software, Fluid Dynamics, University of Kansas Built and Program CanSAT to collect atmospheric data, Aerospace Instrumentation Laboratory, University of Kansas Satellite design for 5G network across United States, Space Design II, University of Kansas Aircraft Design optimization using global optimization method - optimization function used component build-up method to formulate aircraft structural dynamics and static stability