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Field
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the optimal reading of magnetic information via non-linear effects. The project also foresees the integration of optimal working materials into functional nanodevices. The research to be performed will require
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valuable insights to help optimize device performance. Additionally, you will support collaborators by assisting with in-situ TEM measurements, facilitating cutting-edge research in sustainability and energy
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expression efficiency. Maintain and culture microalgae strains under laboratory conditions. Optimize transformation protocols to enhance efficiency and stability. Prepare and analyse experimental data
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bioeconomy, waste valorization, and microbial biotechnology. Tasks to be performed include: Design, optimization, and operation of innovative photobioprocesses, working within an international and
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optimizing their self-assembly properties for the development of functional biomaterials. Synthesize and characterize hydrogels based on biopolymers and other polymers combined with nanomaterials
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satellite connectivity. This involves investigating and optimizing the wireless baseband chips, their firmware, the smartphone operating systems, the associated smartphone ICT ecosystem, and the related
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computing & systems optimization https://www.upv.es/entidades/SRH/conypi/A1270965.pdf Where to apply Website https://sede.upv.es/oficina_tactica/?idioma=en#/inicio Requirements Research FieldEngineering
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optimization of different techniques for extraction and quantification of biomolecules (spectrophotometric and chromatographic techniques). Finally, with experience in reporting and disseminating R+D activities
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Mission: Produce and separate hydrogen with a catalytic membrane reactor. Functions to be developed: Assemble a membrane reactor. Optimize operating parameters. Where to apply Website https
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. Working closely with partners in the IMPRESS project, you will analyse their materials and provide valuable insights to help optimize device performance. Additionally, you will support collaborators by