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adaptable. Key challenges of this research will include: Efficient Subsystem Coupling: Accurate integration of attitude, orbit, and GNC requires precise coordination between components, ensuring faithful
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-propulsive design and integration of the internal and external flow path for the test bed using advanced high-speed airbreathing engines, particularly addressing operation over a wide Mach range. This
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Location ESRIN, Frascati, Italy Our team and mission This research fellowship will be undertaken in the ESA Directorate of Space Transportation (D/STS) within the STS ESRIN Integrated Project Team
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roadmaps. the state-of-the-art methodologies and technologies from different stakeholders in the field of digital twin spacecraft, in particular ESA/ESTEC, ESA/ESOC and the large space integrators
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of space communication protocols and mission operations; Integrating PQC techniques into existing security protocols, frameworks and architectures for space systems, ensuring seamless transition and
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of sample contamination, contamination sources and the effects of contamination on sample integrity Demonstrated ability in bridging science and engineering through effective collaboration with technical
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integrate the software on the selected board to assess its performance and derive hardware benchmarks. develop a methodology and guidelines for the effective development and implementation of AI event
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(differentiable symbolic regression), pyaudi (high-order end-to-end differentiation), and heyoka (Taylor integration and automatic differentiation); organise, design, and administer competitions on proposed topics
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optimisation, distributed-parallel-GPU optimisation (e.g. pagmo2), Taylor-based numerical integration of ODEs (e.g. heyoka), differential algebra and high order automated differentiation (audi), quantum