I'm a student developer passionate about spacecraft instrumentation, guidance systems, and robotic mechanisms that enable deep-space exploration.
Currently building tools at the intersection of aerospace engineering, autonomous systems, web development, and STEM education.
| Project | Description | Link |
|---|---|---|
| phys-core | Lightweight JS engine for randomized AP Physics & Calculus problem generation with LaTeX step-by-step solutions. | Live Demo |
| Electrodynamic Space Tether (TSS-1R) | Modeling GSL tape ribbon configurations for plasma arcing prevention. Applying Faraday's Law across LEO velocity vectors — projecting 75 kW electromagnetic harvest. | — |
| Virtual GNC | Simulating Earth-to-Jupiter gravity assists using NASA GMAT for trajectory optimization. | — |
| Delta-V Optimizer | MATLAB/Octave scripts for deep-space fuel consumption optimization. | — |
| Community Web Tools | Bible Reading Tracker and specialized web consoles for community use. | — |
| Category | Tools |
|---|---|
| Simulation | NASA GMAT, NOS3, COSMOS, 42 |
| CAD | Autodesk Fusion 360 |
| Platforms | GitHub Pages, Linux (Kali, Tsurugi, Tails, BlackArch), Windows 10/11 Pro |
| Community | TraceLabs |
Available during structured professional business hours (08:30 – 16:30 PST)