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the Electronics group at DTU Electro. We are offering a 2-year fully funded Postdoc position, supported by the Innovation Fund Denmark (IFD) Grand Solution “GreenMag” project. The GreenMag project aims
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on methods ranging from mathematics, algorithmic design, to implementation, and experimentation. Analyzing large-scale environmental datasets to recover and explore microbial genomes. Collaborating with
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on developing innovative freestanding membranes made from complex oxides. These membranes provide a unique approach to designing the next generation of complex oxide devices by utilizing novel stacking and
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Engineering. You will be contributing to planning and design of the research plan You will be working with an interdisciplinary set of tools and approaches covering molecular biology, chemistry, materials
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safety concepts, Identify gaps and propose innovative methodologies for controller design and implementation, Lead the development of domain-specific software models and tools to support the new actuator
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tasks will consist of: Brainstorming and designing how to handle samples for multiple analysis. Optimization of protocols for tissue preparation before further analysis of disease mechanisms (and drug
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to: Design and build (e.g., rapid prototyping, 3D-printing, injection molding, multi-axis CNC milling) various flow cell designs and performance evaluations. Plan and develop a prototype that integrates QCM
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background in feed processing technologies, biochemical, and chemical evaluation methods. Proven experience in experimental design, data analysis, scientific communication and writing. Demonstrated ability
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background in feed processing technologies, biochemical, and chemical evaluation methods. Proven experience in experimental design, data analysis, scientific communication and writing. Demonstrated ability
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: Designing and training surrogate models (emulators) for biogeochemical modules within ESMs Quantifying the response of the biological carbon pump to changing environmental drivers Integrating observational