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/ cotutelle track (2 years at IMT Atlantique + 1 year at University of South Australia, Adelaide, Australia + short industrial visits) 1.1. Domain and scientific/technical context Innovation Districts
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logistics is the process of designing, operating, controlling, and maintaining effective and economic- efficient material, information, and capital flows of both end-of-use (EOU) and end-of-life (EOL
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involves two different sets of competences. We aim at a linguistic solution to this problem, by designing and implementing a single language for the simultaneous specification of integration and inference
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off-limits regimes for these systems. We envisioned that 3D printed metallized cavities could lead to a breakthrough due to their design flexibility and reproducibility. Furthermore, if this disruptive
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components. Experimental work includes designing and building a laboratory-scale cross-current contactor test bench. Testing will explore various parameters, including solvent type, structured packing, gas
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, for example in the separation of CH4/CO2 in biogas resulting from methanization. The objective is now to design a compression separation process for local gas production, with investment and operating costs
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, and innovation networks. With 290 permanent staff, 2,200 students, including 300 doctoral students, IMT Atlantique produces 1,000 publications each year and raises 18€ million in research funds. 2.2.2
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, scattering sites, or non-linear excitations. We will explore near-field diffraction effects of spin waves at the nanoscale to master multibeam interference, and ultimately design miniature spin-wave
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, polymer preparation, and microscopy, crucial for Work Package 1. Moreover, this project will leverage the help of Camilla Kärnfelt, a researcher in the Microwave department, specialist in LTCC design and
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the unreliability of the compute nodes and of the network infrastructure, and must be considered during the design phase of systems. Additionnally, more pressing constraints on energy and resource consumptions will