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unintended consequences. The project relies on longitudinal school network data and advanced quantitative and computational methods. WHAT YOU WILL DO Work with longitudinal classroom network and survey data
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hierarchies and incorporating more technical datasets such as geomorphology and metal detection finds into archaeological analysis researching into the complexity of the production and distribution chains
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educational solution that uniquely combines elements of gamification, adaptive learning, and advanced technologies including 3D/VR/XR and AI. Your primary responsibility will be ensuring continuous user
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to the development of innovative STEM modules within 3D, VR, and XR environments. Your objective will be to design and validate learning experiences incorporating elements of gamification and adaptive learning. We
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spectroscopic parameters, with a particular emphasis on magnetic resonance. This is an ideal opportunity for candidates interested in applied quantum chemistry, especially with a focus on heavy element compounds
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or equivalent degree (preferably in Life Sciences) Strong interest in structural biology Experience with structural biology, biochemistry and molecular biology methods is a strong plus as well as programming
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results ability to present research results ability to publish IT skills in research work knowledge of working with SEM-EDS microscopy, GIS (ArcGIS), databases, and statistical methods (PCA, cluster
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and the socio-environmental and geographical situatedness of work environments in the ancient Roman Empire contributed to the spatial spread of ancient cults. Using computational methods, the project
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-environmental and geographical situatedness of work environments in the ancient Roman Empire contributed to the spatial spread of ancient cults. Using computational methods, the project examines how