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standardized protocols. You will also contribute to the optimization and validation of analytical methods. The focus is on instrumental analysis using state-of-the-art measurement systems in the field of LC-MS
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to any anomalies/non-compliance, including OPS anomalies, by deploying workarounds or element fast fixes; maintaining, in close cooperation with the PA Manager, the non-conformance correction plan and
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dissecting RNA structure ensembles in living cells. Particularly, you will: Develop novel methods (both wet and computational) for the accurate interrogation of RNA 2D and 3D structures in living cells. Apply
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contributing to the selection and implementation of software solutions that enhance space utilisation and workplace efficiency; promoting sustainability by identifying and implementing sustainable methods
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) Earth Watch Programme Element in collaboration with EOP-S and other directorates as appropriate. You will initiate and manage the resulting activities for derisking and implementation when involving
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like population growth, climate uncertainties and sustainability transitions. To plan resilient urban spaces that promote social cohesion and well-being in an inclusive way, new methods are needed
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Copernicus entities. You will be supported by a team of engineers shared among the Copernicus Space Component and by specialised engineering support from the Directorate of Technology, Engineering and Quality
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that field. Your most important activities in this position will be: Developing, improving and harmonising LCA methods, databases and tools to measure environmental impacts in projects in which clients
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Circulation (AMOC) and the Amazon rainforest play important roles in the Earth’s climate system. Both of these subsystems have been marked as tipping elements and global climate change seems to push both
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the political sphere targeted by it. Methodologically, research in this project employs qualitative methods, incorporating a systematic literature review, multimodal discourse analysis, media diaries, focus