Engineering projects that push the boundaries of aerospace.

Throughout my academic and research career, I've worked on various aerospace engineering projects spanning structural analysis, dynamics, and space systems. These projects represent my passion for understanding the physics of flight and contributing to the future of space exploration.

  • Solar Array Drive Assembly (SADA)

    JPL collaborative research project designing solar-powered architecture for CubeSats. Performed orbit simulations in MATLAB, plotted solar panel orientations relative to the Sun, and conducted trade studies to optimize weight, performance, and cost efficiency for future space missions.

    JPL Research (2023)

  • Self-Orienting Model Rocket

    Senior capstone project as controls lead, managing theoretical, avionics, and programming aspects. Performed dynamic analysis, used MATLAB for altitude/velocity simulations with thrust data, and Simulink for control-loop analysis. Successfully tuned motor timings to achieve 2 m/s landing velocity using Arduino-based flight computer.

    Senior Capstone (2024)

  • Building Vibration Analysis

    Masters research on damping elements in structures. Modeled a three-story building in AutoCAD and Inventor, performed analytical structural calculations, and used ANSYS for FEA and frequency range analysis. Achieved 20% reduction in vibrational amplitudes and structural stresses through optimized damping placement.

    Masters Research (2024-2025)

  • Aerospace Tutoring Program

    Provided individualized academic support to SJSU engineering students in dynamics, controls, and structural analysis. Created comprehensive study guides covering problem-solving methodologies and conducted follow-up sessions for exam preparation, enhancing student understanding of core aerospace principles.

    Academic Service (2023-2024)