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Program Overview

The Optimal Design of Space Constellations Configuration program, led by Prof Roberto Armellin, focuses on the design of constellations of thousands of satellites for telecommunication or remote sensing purposes.

Program Description

The program involves reviewing typical mission requirements for these constellations and developing a software tool for the optimal selection of key mission parameters, including:

• Orbit altitude
• Inclination
• Eccentricity
• The number of orbital planes
• The number of spacecraft per orbital plane Space sustainability considerations will be embedded in the design process.

Program Outcomes

The expected outcomes of this program include:

• Understanding of the link between mission requirements and constellation key parameters
• Understanding of space sustainability considerations
• A software tool to assist in the design of spacecraft constellations, possibly including a visualization component

Specialization and Prerequisites

The program is specialized in Mechanical Engineering and Mechatronic Engineering. Prerequisites for the program include:

• Good analytical/mathematical skills
• Good programming skills
• Basic knowledge of orbital dynamics (preferred)