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, social, physical-chemical, and lifestyle risk factors—and their effects on human and planetary health. By integrating multiple disciplines, we aim to transform scientific knowledge into actionable tools
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and ethically aligned advancement of animal-free technologies for biomedical translation and risk assessment. As a successful applicant, you will work within and in interaction with the Ombion-CPBT
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industry. Industry context and motivation.Pretrained foundation models bring lots of potential in semiconductors metrology. Multimodal foundation models combining data from multiple metrology sources, enable
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artificial intelligence: ensuring that AI systems are transparent, interpretable and aligned with human needs and values. You will focus on developing, testing and reviewing a methodology to make AI systems
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integration of minoritized groups. Drawing on migration studies, integration is conceptualized as a multidimensional, two-way process involving both minoritized and majoritized groups across multiple levels
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negative caregiver outcomes. Methodologically, the project combines quantitative and qualitative approaches and builds on high-quality Dutch data sources. The PhD candidate will conduct multiple empirical
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. Access to state-of-the-art laboratory facilities at both UvA and partner locations. 232 holiday hours per year (based on fulltime) and extra holidays between Christmas and 1 January; multiple courses
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two PhD students for this project. Your work focuses on integrating multiple sources for prediction, including common and rare genetic variants, family history, ancestry and typical age of onset. Your
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hands-on methods to support the responsible, societally and ethically aligned advancement of animal-free technologies for biomedical translation and risk assessment. As a successful applicant, you will
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optimize algorithms and hardware. Co-optimization ensures that architectural decisions—such as token merging, sparsity exploitation, and quantization—are aligned with hardware datapaths and memory