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. The postdoc position is part of the MOREGAS Challenge project, which aims to investigate the use of advanced model-based approaches toward improved operation of gas fermentation systems. Responsibilities Your
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be contributing to specifically the area of phosphorus dynamics in agroecosystems, with an emphasis on the impacts of phosphorus management on crop performance and environmental losses. The main focus
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within DanSIC and CIMP. Collaborate with internal and external researchers to design experiments and analyze complex datasets. Perform statistical analyses and data visualization to interpret and publish
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detection methods Background in public outreach or science communication Familiarity with high-performance computing environments Proficiency in Danish and/or German Who we are The Department of Ecoscience is
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the ability to perform complex data analyses. Has experience with implementing computer-based experiments as well as field experiments. Has professional proficiency in English, both written and spoken
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Job Description The Department of Business & Management, University of Southern Denmark, invites applications for one or more vacant 2-year postdoc positions within the area of Finance to be filled
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candidate will lead tasks related to experimental testing and numerical modelling to verify structural performance under representative environmental conditions and establish a design envelope for
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circuits for driving, sensing, and reading spintronic devices. Participate in the full IC design flow from architecture to schematic, layout, and verification. Perform post-layout simulations and contribute
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design and implementation of a neuromorphic CMOS image sensor and in validating the fabricated prototype for reliable operation under space environmental conditions. The position is open from June 2026
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Postdoctoral Researcher Position in Ecological Knowledge-Guided Machine Learning at Aarhus Univer...
ecological processes, i.e., vertical turbulent diffusion, phytoplankton production and consumption, greenhouse gas emissions, etc., to develop hybrid models. Performance will be compared to several 1D aquatic