Aeroengine Design

University of Washington Seattle, WA

January 2024 - March 2024

Essential responsibilities:

• Design a gas turbine engine core comprising a compressor, combustor, and turbine. Key objectives include optimizing performance, managing costs, and meeting specified mass flow rates under defined inlet conditions. Tools like COMPR, TURBN, and CEARUN are utilized for detailed analysis.

Investigating Plasma Waves and
Turbulence in Space Plasma Using Langmuir Probes

University of Washington Seattle, WA

January 2024 - March 2024

Essential responsibilities:

• Explore space plasma dynamics with Langmuir probes

Vortex Panel Project

University of Washington Seattle, WA

January 2024 - March 2024

Essential responsibilities:

• Analyzed four airfoils (NACA 0010, NACA 1410, NACA 2410, and NACA 6409) using MATLAB and XFOIL, focusing on viscous effects and generating plots to assess their aerodynamic performance.

Arduino Setup and Ohm's Law

Aerospace Instrumental

University of Washington Seattle, WA

September 2022 - December 2022

Essential responsibilities:

• Ohm's Law, measuring V, I, and R, noting voltage values within resistor tolerances, yet uncovering discrepancies, meticulously analyzing uncertainties, and utilizing Matlab to control an LED, enhancing experimental skills.