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experimentally very difficult using macroscopic bulk investigations such as bottle tests. Therefore, we have used microfluidics to speed up this step. We now want to move further with this by also understanding
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deploy the developed controllers within a test facility for remote maintenance located close to Odense. The candidates will contribute to developing and implementing the control system for a remote
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partners in industry to develop the next generation of our in-situ sensing technologies to investigate carbon cycling in deep sea environments. Specific tasks may include but are not limited to: Testing
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production and quality control will help save natural resources as well as reduce waste material and energy consumption. Formulation and test methods using mathematical modelling and prediction tools. Fouling
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-mechanical analyses, supporting isotope-yield target requirements, and contributing to regulatory interactions and technical dossiers. You will also take part in planning and documenting de-risking tests
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disease diagnostics. Responsibilities: Design, prototype, and test microfluidic systems for point-of-care biosensing applications Develop implantable or wearable devices for real-time in vivo diagnostics
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after the deadline will neither be considered nor evaluated. Interviews and tests may be part of the overall evaluation. The application and all appendices must be in English. We request files in pdf
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of solid oxide cell and stack materials Commissioning, modifying, and maintaining testing equipment Developing new mechanical testing methods Preparing samples for mechanical testing, and carrying out post
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prototype testing and field demonstrations. While working within these application domains, you will have freedom to identify research questions, propose novel approaches, and pursue innovative solutions. We
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acquired in just 2 seconds. The results of several clinical studies will be used as a proof-of-concept, and a prototype scanner with a touch-sensitive graphical interface will be developed and tested in a