The objective of this thesis is the study of the applicability of ESA (European Space Agency) standards to university-class microsatellites missions. At the same time the university microsatellite design technologies used to manufacture EduSAT spacecraft have been investigated in depth and ESA standards have been applied during the EduSAT mission phases. Afterwards a micro satellite optical payload for in-orbit space environment monitoring has been designed, exploiting useful instruments provided by ESA ECSS (European Cooperation for Space Standardization) standards.
Technologies and methods employed to design a university-class microsatellite, according to ESA Standards / Paolillo, Fabrizio. - (2011 Feb 21).
Technologies and methods employed to design a university-class microsatellite, according to ESA Standards
PAOLILLO, FABRIZIO
21/02/2011
Abstract
The objective of this thesis is the study of the applicability of ESA (European Space Agency) standards to university-class microsatellites missions. At the same time the university microsatellite design technologies used to manufacture EduSAT spacecraft have been investigated in depth and ESA standards have been applied during the EduSAT mission phases. Afterwards a micro satellite optical payload for in-orbit space environment monitoring has been designed, exploiting useful instruments provided by ESA ECSS (European Cooperation for Space Standardization) standards.File | Dimensione | Formato | |
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PhD Thesis_Fabrizio Paolillo.pdf
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Note: Tesi di Dottorato in Ingegneria Aerospaziale
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