BEYOND
THE EXOSPHERE
Designing the systems that carry humanity to orbit and beyond — from ignition to insertion.
Emanuele
Magno
Aerospace engineering student and aspiring GNC engineer focused on spacecraft simulation, orbital dynamics, and control systems. Passionate about combining physics-based modeling with software development to build realistic aerospace simulations and interactive 3D systems.
Selected Projects
Astra GNC
ASTRA GNC is an advanced simulation framework designed to model and analyze Guidance, Navigation, and Control (GNC) systems in realistic aerospace scenarios. The project integrates physical models and numerical algorithms to simulate the dynamic behavior of spacecraft, enabling the study of orbital trajectories, propulsion maneuvers, and attitude control systems.
Satellite ADCS
This script is used for testing a LEO satellite GNC and orbital dynamics simulation in MATLAB. It imports Simulink outputs (position, attitude, angular rate), builds a Satellite Scenario, and visualizes orbit, attitude, and basic performance metrics (altitude, inclination, angular velocity) for validation purposes.
Hohmann Transfer Simulation
A simple simulation which represents a Hohmann Transfer orbital manevreus.
Spacecraft Guidance, Navigation and Control
MATLAB/Simulink aerospace simulation of a spacecraft (the space shuttle) in orbit which attitude in the form of quaternion is controlled and carried out.
Space Shuttle Liftoff
In this project is simulated the launch of the space shuttle using matlab and simulink combined with aerospace tools.
Autonomous Spacecraft GNC
A simulation in which is visualized in Kerbal Space Program the entire space flight of a spacecraft using a MATLAB/Simulink model.
