Repository for code and information relating to the EUV Snapshot Imaging Spectrograph (ESIS).
Arduino code for controlling sounding rocket during launch and flight
Ground Support is a telemetry visualization and post flight analysis tool developed by the University of Victoria Rocketry Team. It is designed to be a modular and dynamic application that can be used for any configuration of sounding rocket.
The goal of RX1 is to make the development of hobby-level onboard rocket computer software much easier. The core element of this first project is a robust messaging system to make logging, telemetry, and development easier. The long-term goal is to make a sort of PX4 for rocketry but it's a long road!
This repository contains, the scripts, code and tests for my white paper on the use of the Cyphal protocol onboard sounding rockets.
A Python library for interpreting images of the Sun captured by NASA's EUV Snapshot Imaging Spectrograph (ESIS).
A model of the optical design for the Full-sun Ultraviolet Rocket Spectrometer (FURST).
This MATLAB & Simulink project was created to accurately simulate the descent of a rocket from anywhere on the planet and especially past the Karman Line. The software uses wind models, drag calculations, and force-body calculations to determine the trajectory of the rocket, and ultimately landing area.
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