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researchers to design and develop a wide range of innovative projects, for example involving causal inference, machine learning, text analysis, or large-scale data integration. You support ODISSEI users via
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causal inference, machine learning, text analysis, or large-scale data integration. You support ODISSEI users via consultations and collaborative research, train researchers through workshops, and mentor
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case study analysis and comparative analysis are desired; experience in institutional analysis or discourse analysis, or GIS is a plus; Excellent command of English; knowledge of at least one language of
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skills in case study analysis and comparative analysis are desired; experience in institutional analysis or discourse analysis, or GIS is a plus; Excellent command of English; knowledge of at least one
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, text analysis); Demonstrated excellence in independent academic research, commensurate with the level of a research masters, as evidenced by an (R)MA thesis and/or academic publications; A demonstrable
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data analysis, and to establish and manage a service infrastructure within the BioMS group, enabling fee-for-service access for external collaborators. You will independently design, plan and perform
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; develop the statistical analysis plan; perform statistical analyses on the associations of air pollution and heat with asthma and lung function, using standard methods (e.g. discrete-time hazard models
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molecular research ranging from biochemically purified molecules to tissue analysis and is embedded within the EM Centre that also serves non-life science users. You will assist users, providing expert
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, ethnography, participant observation, text analysis); Demonstrated excellence in independent academic research, commensurate with the level of a research masters, as evidenced by an (R)MA thesis and/or academic
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to functionalize metal-free electrodes for selective methane production. Building on our previous work, we seek to enhance the performance of our electrolyzer system — including current density, selectivity, energy