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focused on reactor design and testing within the area of Bio-CCS (Carbon Capture and Storage) technology. The successful candidate will engage in laboratory and pilot-scale experiments, contributing
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made. Proven research experience in thermal pyrolysis processes, including new reactor development, catalyst selection, measurement system design and characterization products. Operating experience in
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Researcher, you will design and conduct laboratory experiments. You will work with molecular tools involving handling single cells and exosomes, microfluidics, emulsion reactions including cDNA synthesis
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rig design Scientific experience in technical writing (shown by published scientific publications) Teaching abilities Research expertise Awareness of diversity and equal opportunity issues, with
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.). Then, laboratory apparatus for testing the material’s performance for the specific application (e.g. direct reduction, slag foaming) must be designed, built, and calibrated. The performance
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health. A concrete goal is to develop and design interpretable machine learning methods to predict and classify asthma and exacerbation of asthma. The aim is to improve respiratory health by designing
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industry and academia. Your role will be varied and you will be involved in many types of tasks. These include, among others: Design and development of new sequencing-based techniques and applications
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/or modelling of structure-property relations in metallic materials with complex microstructures. In order to design new sustainable metallic materials, especially for load-bearing applications, it is
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scientific publication, experiments on human subjects, innovation, and teaching and co-supervising students. What we offer A position at a leading technical university that generates knowledge and skills for a
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) and Neko (a computational fluid dynamics code). The focus will be on developing new algorithms and co-design motivated by the challenges of new hardware. GROMACS is a widely used HPC application and one