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Field
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models, designing controllers that exploit the system’s distributed dynamics, and validating them experimentally on soft robotic platforms in our lab. These include tentacle-like manipulators and soft arms
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social innovations (e.g., community workshops) to engage marginalized households in retrofitting actions. 2. Policy recommendations for retrofit programs specifically designed to empower marginalized
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addresses the following central research question: how can we design human-AI collaboration to mitigate biases and foster equitable decision-making? To answer this question, the research will explore areas
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infection biology [essential] molecular biology, assay development lipidomics/metabolomics/transcriptomics [desirable] Analytical thinking, data analysis, and critical problem-solving skills. Commitment
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unclear strategies for bias mitigation limit its effectiveness in practice. This PhD project addresses the following central research question: how can we design human-AI collaboration to mitigate biases
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flexibility. To fully unlock this potential, we need advanced tools that digitally replicate these networks and support optimized design and data-driven control strategies. As our PhD candidate, you will
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across diverse Dipteran species. Your duties and responsibilities include: Designing and conducting field experiments to record Dipteran swarming behaviour using 3D tracking systems Quantifying flight and
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deadline: 10 September 2025 Apply now Help shape the future of biomedical innovation at the Ombion Centre for Animal-Free Biomedical Translation (Ombion CPBT). In this role, you will investigate how
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, including EEG. You will design and optimize experimental tasks, collect and analyze behavioral and neural data, and adapt computational models to capture variability between individuals. What you will be
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able to communicate effectively, promote collaboration, and think independently. You are knowledgeable in your field and committed to staying up to date with recent advances in the literature