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, product assurance and safety, and security. The STS ESRIN IPT interacts closely with academia and the aerospace industry, operating in a truly multidisciplinary fashion and fostering research on innovative
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structural ratio and low-cost system-integrated avionics. develop mathematical models regarding the fluid-thermal-structure interaction to be used during the vehicle digital system design and to be injected in
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involved in the innovation and application of methodologies and technologies in the following fields: model-based engineering; modelling and simulation; visualisation by means of augmented reality, virtual
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working methods. It interacts externally almost exclusively with academia and operates as a truly interdisciplinary team bound to high scientific standards. Through its research, the team acts as a
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, spacecraft system and mission design, and analysis, as well as a valuable data source for studies and other research domains. This research aims to develop a lightweight software system, written in Python and
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the Moon or Mars and develop a representative demonstrator. The rover system must be able to perform exploration tasks completely autonomously with possible interactions with an astronaut or the ground
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concepts and working methods. It interacts externally almost exclusively with academia and operates as a truly interdisciplinary team bound to high scientific standards. Through its research, the team acts