13 algorithm-development-"Multiple"-"Prof"-"St"-"Simons-Foundation" positions at Nantes Université in France
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of autonomous flow reactors for chemical synthesis. The project aims at 1/ developing a new optimization Bayesian algorithm and 2/ improving the process-control software already developed in the team
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, its improvement paving the way for enhanced embryo yield and developmental quality, ultimately reducing time-to-pregnancy. Interestingly, embryos displaying a faster development yield better clinical
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for pursuing the analysis of data from a research project focused on the identification of clinical, genetic, and bacteriological factors involved in the development of severe bacterial infections (SBI) in
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Description Evaluation of the robustness of ML algorithms executed on a non-hardened accelerator through circuit-level fault-injection The project addresses the challenges of deploying AI applications
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Université is seeking a talented post-doctoral researcher to join us to develop a method for response-shift analysis at the item level in longitudinal self-reported outcomes studies across multiple time points
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products through multiple reactions within a single reactor. By eliminating the step of isolating intermediates, this method can overcome the challenges encountered in multi-step individual reactions (long
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FieldBiological sciences » Biological engineeringEducation LevelPhD or equivalent Skills/Qualifications Ability to work independently, manage multiple projects, and collaborate within a multidisciplinary team
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characterization, and the development of chemically modified cells membranes for advanced immunotherapy. Duration of contract : 1 year Salary : € 2.750 gross per month Where to apply E-mail recrutement-polesante
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work within the ADAPTING PEPR project, funded by France 2030 and led by the ANR (French National Research Agency). Within this project, the ASIC team at IETR aims to develop a distributed platform for
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developments. Significant challenges originate from the small cell size and low biomass concentration (0.5-5.0 g/L) of microalgae suspension in cultivation medium (T. Mathimani 2018). Traditional methods such as