Turning equations into insight
Level 1 High-Power Rocket – Structural Design
Designed and modeled a high-power rocket for Level 1 certification, focusing on structural integrity, fin alignment, and motor mount integration for H-class propulsion. The assembly was developed in SolidWorks to validate component fit, tolerances, and overall stability prior to fabrication and flight.
Turbulence Visualizer
Built a high-resolution 2D fluid simulation using the incompressible Navier–Stokes equations to model vortex dynamics and dye transport. Implemented diffusion, advection, and pressure projection to maintain numerical stability while capturing complex swirling flow structures.
The project demonstrates practical understanding of CFL stability limits, viscosity effects, and computational trade-offs in real-time fluid modeling.
Multi-Sensor Avionics PCB Assembly (Level 2 Rocketry)
Assembled and validated a custom multi-sensor avionics PCB integrating motion, environmental, and power monitoring systems. The board included an accelerometer, environmental sensor, real-time clock, FRAM for non-volatile data storage, and a current monitor, all interfaced with a Feather M0 microcontroller
Let’s work together
Open to internships, research, and professional connections. I’m eager to apply what I’m learning, take on challenging problems, and grow through real-world experience.