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outside UT, and to connect these to further develop a portfolio of collaborative and lasting programs. Portfolio development also involves cross-expertise collaboration, i.e. teaming up with experts
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/artificial intelligence, forward error correction, filters, data compression and cryptography, etc. Very good knowledge of modern computer systems, simulation and modelling tools, programming languages, signal
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industry, as well as of the accessible global markets. You will deliver industrial policy products and services to Member States’ delegations and industry, as well as to ESA programme directorates and high
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experience in software development projects, including C/C++, Ada and assembly programming languages, as well as software development environments, software verification and validation facilities and test
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(applications, capacity development and policy) and development cooperation principles In-depth understanding of the Copernicus Space Segment and programme Behavioural competencies Education A master’s degree in
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Programme Department, Directorate of Navigation. Duties Your tasks and responsibilities will include: monitoring and coordinating all the contractual, technical and programmatic industrial activities
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the Reproductive Genetics team. Your job Your main tasks will consist of supporting a vibrant clinical programme in all activities related to in vitro production and preservation of horse embryos (oocyte recovery
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) and development cooperation principles Detailed understanding of the Copernicus Space Segment and programme Knowledge of the environmental, institutional and socioeconomic conditions in the South Asia
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the Galileo Ground Segment Management Office, Galileo and EGNOS Programme Department, Directorate of Navigation. Your primary focus will be on the development, integration and follow-up of the Galileo ground
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for a postdoctoral position within a funded research programme investigating the neuroanatomy of speech production and speech deficits in Parkinson's disease. The project combines advanced diffusion MRI