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description You will be entrusted with: Operation of state-of-the-art laser infrastructure. Design and implementation of a new experimental setup. Planning and execution of experimental campaigns. Analysis
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of systems. We develop methods to advance sustainable energy and chemical process systems from the molecular to the scale of the systems. Our work combines process analysis and system modeling to design
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, analyzing as well as integrating omics datasets, and interpreting findings. The candidate will primarily be engaged in the following activities: Develop analysis methods and advise on experimental design
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ongoing projects on fermentation, as well as assessment and optimization of new raw materials for food use. The work includes developing improved analytical methods for the analysis of these components and
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-cell analysis, and computational and molecular biology to elucidate the inner workings cancer cells and adult stem cells. Job description We seek as of now or according to agreement a highly-motivated
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). Hands-on laboratory experience with lasers, optics, or photonic devices. Skills in experimental data acquisition and analysis (in Python). Motivation to combine computational modeling with experimental
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to farmers. The guiding research questions for this work are: What are the current practices and barriers to slurry utilization among farmers participating in the MDBP? (Quantitative and qualitative analysis
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health impact of environmental pollutants. To perform data analysis and result communication. Profile A doctoral degree in biotechnology, bioengineering, microbiology, or related fields with excellent
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ferroic materials with state-of-the-art 3D imaging in static and operando conditions, and unlock new insights through advanced data analysis. The successful candidate will also be involved in
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subsystems. The ability to conduct system-level analysis and trade studies to inform design decisions. In-depth understanding of space mission requirements, space systems engineering principles, and lifecycle