space-engineering

A list of aerospace engineering learning resources 🚀✈️

Autonomous Lunar Orbit Navigation Using Ellipse R-CNN and Crater Pattern Matching

12 AI rocket scientists in your terminal. Full satellite mission design from zero to orbit. Production-grade skills with built-in physics, formulas, and validation. No API dependencies.

Developed an algorithm for Attitude Determination and control of a 1DOF 1U Cubesat.

I am advancing humanity to Level II on the Kardashev Scale with my community of engineers, physicists, and people who dare to dream.

Rocket Performance Analysis Tool - an automatic analysis of your rocket's capabilities.

Robotic Exploration of the Solar System using NASA's JPL SPICE Toolkit and Remote Sensing with LandSat 8 data

Python desktop toolkit for Low Earth Orbit mission analysis and ground station visibility assessment.

Cryogenic fuel tank design for launch vehicles with Al–Li vs composite trade-off, MLI/vacuum insulation, and simple boil-off analysis in Python

Open-source digital mission engineering lab for spacecraft simulation, Earth observation, secure multi-region operations, workflow orchestration, signed approvals, safety checks, dashboards, and reproducible validation on a home PC.

Open-source CubeSat mission digital twin and secure operations lab for orbital analysis, Earth observation, telemetry, zero-trust security, multi-region resilience, workflow orchestration, and safety assurance.

Deterministic simulation framework for bio-stabilizing lunar regolith using spray dynamics, curing physics, and validated system models.

A conceptual research paper exploring how solo personal space travel could work using compact spacecraft, autonomous systems, life support, propulsion, radiation shielding, and space law.

University Space Engineering Consortium, Nigeria Chapter, Official Website

Standardized CubeSat & PocketQube form factor specifications + launch provider deployer constraints — no hardcoding required. pip install cubesat-specs

A lunar rover navigation system that finds safe driving paths across real NASA moon terrain data.

Satellite tracking and visualization of the ISS using real TLE data. Includes sky track and polar pass plots with Skyfield and Matplotlib.

Python-based satellite orbit simulator with 3D visualization, ground track mapping, and orbital mechanics analysis.

MATLAB-based Ground Resource Management scheduler for LEO satellite tracking

Parametric study of the vertical rise of a Rocket