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. mechatronics, control theory, computer science, image processing) as well as a solid foundation in mathematics and physics is strongly desirable. Proficiency in the use of computer aided engineering tools is an
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of the future, including: the use of faster processors being pushed by CubeSat technology; new requirements for cybers ecurity driven by actual threats; ever-higher data streams and volumes downlinked from
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value. Knowledge of computer systems and information/planning/coordination tools (such as esa-p, Microsoft Excel and Microsoft Project) is essential. Familiarity with modern dashboard and risk management
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for space applications; Leading the centre of excellence for advanced simulation methods including scientific data processing and databases, software applications including human-computer interfaces, support
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-assisted translation (CAT) tools and neural machine translation to support the translation process. It consists of 24 team members and comprises three sections: The English Translation, Editing and Support
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Simulation Methods including scientific data processing and databases, software applications including human computer interface, support for science operation centres and downstream applications; Supporting
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considered an asset. Knowledge of computer systems and information/planning/coordination tools (e.g. esa-p, Microsoft Excel and Microsoft Project) is essential. Familiarity with modern dashboard tools would be
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for space utilisation would be considered a plus. Topic 4: An educational background in software engineering or computer sciences is required, with specific skills in: Back-end / Front-end programming