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Field
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. - Participate in the dissemination of these results to other scientists as well as engineers from design offices responsible for assessing gravitational risk. - Participate in field visits to validate
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-voltage integrated capacitors, both concerning the dielectric as well as the electrode materials. The main task is to explore the electrical properties of new oxide materials, integrate them in test pattern
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and image analysis - Knowledge in in vivo physiology (e.g. calcium imaging) and bioinformatic analysis - Ability to conceive, execute, and complete research projects - Ability to design experiments and
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teams, one of which is the “BioTeam” led by Prof. Luc Avérous. The BioTeam focuses on experimental approaches aimed at designing systems based on biodegradable and/or renewable polymers for environmental
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stimulating scientific environment at the interface of academic research and industrial innovation. -Develop new polyurethane foam formulations suitable for cryogenic insulation using fluorine-free blowing
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) production and transport infrastructure. Main tasks. Conduct a study presenting quantitative methods (observational studies, laboratory experiments, computational methods, etc.) that can be used to assess
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the experimental results within the framework of recent theories related to charge ordering. • Design and implementation of experiments on thin-film growth and topotactic reduction; • Active participation in
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carrying out in-pile experiments on materials or nuclear fuels, in order to design the associated irradiation set-ups in terms of thermal, thermo-hydraulics, and thermal-mechanical aspects and also during
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occur and then propagate up to breakdown within the PCB assemblies for the various conditions. For leading this design of experiments (DoE), the post-doctoral fellow will take care of the sample
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- Ability to design experiments and evaluate results independently and creatively - Ability to observe sanitary measures in working with plant viruses - Excellent written and verbal communication skill in