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

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

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

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.

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

University Space Engineering Consortium, Nigeria Chapter, Official Website

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

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

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.

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

MATLAB-based Ground Resource Management scheduler for LEO satellite tracking

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

HERMES is a satellite constellation enabling high-speed communication and navigation between Earth and the Moon, focused on the lunar far side. Operating from a Halo orbit at Earth–Moon L2, it ensures continuous coverage and supports future lunar missions with a scalable architecture.

Parametric study of the vertical rise of a Rocket