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/Re-entry Module end-to-end system engineering aspects, including mission and visibility analyses, trajectories, aerodynamics and aerothermodynamics, thermal and structural aspects, and flying qualities
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leadership activities, ensuring structured coordination across internal high-level stakeholders and supporting the Director in interactions with Member States, national institutions, European bodies
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-dimensional wind field, along with associated cloud and precipitation structures, across a wide range of atmospheric phenomena. In addition, it will provide valuable observations of sea ice and snow, as
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, procedures and standards, safeguarding operational continuity. In this capacity, you will contribute to directorate-level management activities by ensuring structured coordination, procedural compliance and
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is a highly multidisciplinary area that depends heavily on the underlying space disciplines of structures, mechanisms, avionics, on-board software, ground operations and communication. Bringing all
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the atmosphere, and the pathways between the ocean surface and its interior influence the Earth’s climate from regional to global scales and also play a key role in structuring the marine life. However
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practices Experience with competency-based and structured interviews Knowledge of state-of-the art selection methodologies and off-the-shelf assessment tools Ability to manage multiple recruitment processes
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acquainted with and learn the basics of the complex multi-disciplinary approach typical of a cryogenic propulsion system design process, experienced along its different subsystem behaviours, from
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. Description The Directorate of Human and Robotic Exploration Programmes (D/HRE) is a programme directorate within the ESA matrix structure. Through a partnership between humans and robots, the Directorate is
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transportation (on avionics and guidance-navigation-control, structures and processes, propulsion, modelling and simulation), and building Demonstrators (Prometheus engine, Themis reusable first stage, reusable