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mathematics foundations, especially statistics, calculus and linear algebra; Team player and willing to work in a multidisciplinary team of engineers, technicians and scientists. Programming skills using
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. Need to have: Completed Masters degree in computational social science, analytical sociology, complex systems science, urban studies, spatial economics, social statistics, economic geography or other
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their performance. To achieve this, you will use your skills in advanced mathematical and statistical techniques. The project is situated in the context of efficient online learning, with a focus on scaling with
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, Engineering or related field. A strong background/knowledge in machine learning and computer vision, robotics is a plus. Solid mathematics foundations, especially statistics, calculus and linear algebra
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work in a consortium consisting of university groups with complementary skills in fluid dynamics and statistical physics (Fluids and Flows, TU/e) and machine-learning techniques (AMLab, UvA), and
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, continuous culturing, and working with DNA- and RNA-based technologies to study microbial communities; excellent oral and written communication skills in English; affinity with bioinformatics and statistical
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(MSc) record in microbiology or equivalent; expertise in microbial cultivation, working with DNA- and RNA-based technologies to study microbial communities; affinity with bioinformatics and statistical
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economics; proficiency in statistical software is strong asset; good analytical and communication skills, both verbal and written; fluency in English. We offer you Wageningen University & Research offers
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data, available as reports and regional statistics; (meso-level) collective coping strategies through social organisations, collected through their archives and witness seminars, and (micro-level
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data, available as reports and regional statistics; (meso-level) collective coping strategies through social organisations, collected through their archives and witness seminars, and (micro-level