Name: JP Johnston ME CSWP
Type: User
Company: Rogue Experimental Technologies
Bio: Irish-Viking | Ancient-Nerdsmith | Scandinavian-Cowboy | L2 Rocketeer | TRA #21009 | NAR #111636 | Hacker | ME | CWSP
Twitter: RogueRoketeer
Location: Woodburn, IN
Blog: https://grabcad.com/jp.drrocketry.johnston.msme.cswp-1
JP Johnston ME CSWP's Projects
A portfolio website built by following a resume like structure.
Level 3 Certification Rocket
Building the best file manager for Windows
6-DOF Rocket Flight Simulation Framework
Syntax Highlighting for .mapleaf files in VS Code
Models for exploring the high-power rocketry domain with OpenMETA.
Enhanced Parts Database for OpenRocket
OpenRocket.info Website Source
Multi-disciplinary optimization for Launch Vehicle 4 and it's LOX/IPA liquid fuel engine.
Next generation High-Power Rocketry 6-DOF Trajectory Simulation
This repository keeps all the data used for the article "RocketPy: A Six Degree-of-freedom launch vehicle trajectory simulator"
Python projects, notebooks, and datasets utilizing https://github.com/RocketPy-Team/RocketPy. Rocket science basics
Model-rocketry aerodynamics and trajectory simulation software
Config files for my GitHub profile.
This is a project, where I give you a way to use SolidWorks on Linux!
A flight computer for high-powered rockets based on the Teensy platform. 4 programmable pyro outputs, Mach immune flight events, air-start & two-stage capable w/ tilt-sensing safety features, GPS & live telemetry. High-rate data logging at 1000 samples per second. 4.0in x 1.25in x 0.5in fits in a 38mm tube coupler.
Class-based MATLAB simulation framework for pressure-fed liquid and hybrid rockets, with a focus on nitrous oxide blowdown modeling.
The Stanford Student Space Initiative (SSI) Rockets Team will be competing for the first time in the 2017 Intercollegiate Rocket Engineering Competition which will be hosted at Spaceport America in New Mexico from June 20-24th
Rocket engine simulation for university projects
Student Rocket Projects
A 3d math package in java with vector, matrix and quaternion methods. Well documented code.
A 3d flight simulator in Java.
A 2d gravity simulation in java.
The goal of the project is to design a system with a size of a tube about 40cm long by 7cm in diameter, which can be released in free fall from almost anywhere, and will automatically deploy a parachute canopy and steer it to a precise GPS point.