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Job Description Do you want to contribute to a new research field where oxide/metal hybrid devices are geometrically optimized to yield extraordinary performance, including the highest
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fermentation of green fractionated halophyte biomass into probiotic feeds. The specific work of the Post Doc will be to optimize and scale up the probiotic fermentation process to produce large amounts
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optimizing heat transfer, cost-effectiveness, and integration with façade panels. We aim to create scalable, sustainable building solutions. The project is integrated in an international project financed by
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into high-value functional feed additives, including fermentation of green fractionated halophyte biomass into probiotic feeds. The specific work of the Post Doc will be to optimize and scale up the probiotic
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available from February 1, 2026 (or as soon as possible thereafter) for 12 months initially, with the possibility of extension up to three years based on performance. The successful candidate will investigate
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to join our team working on next-generation speech enhancement technologies. The project explores innovative approaches that move beyond traditional reference-based methods, leveraging optimal transport and
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thermal and/or thermochemical energy storage systems. Implementing and validating advanced thermodynamic models for performance prediction and optimization. Collaborating with experimentalists and industry
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for industrial decarbonization with emphasis in system development, modelling, optimization and validation, and focus on: Develop thermally integrated storage and conversion systems, including Carnot batteries and
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on realistic workloads and work on model readiness for integration into software quality assessment tools. Together, the partners will co-develop a catalogue of energy-aware SQL optimizations, ensuring
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HVAC control practices and to develop innovative control strategies for improving comfort and energy performance of buildings and HVAC systems. This includes developing and testing optimized control