34 development PhD positions at Delft University of Technology (TU Delft) in Netherlands
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, as well as the integration of language as a modality for evaluation, reasoning, and interpretability. One goal of the project is to develop public datasets and benchmarks specifically designed
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to creating a comprehensive, science-based toolkit that supports the development of noise assessment methodologies aligned with the European Union Aviation Safety Agency (EASA)’s mandate and contributes
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—biological mechanisms that remain largely unexplored. TU Delft, as a key partner in the national ADORE programme, offers two fully funded PhD positions focused on developing innovative computational and AI
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(algorithms), and statistics. During this project, you will develop new methods to construct phylogenetic networks and generalize mathematical frameworks of phylogenetic network classes to tackle related
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Framework Programme? Not funded by a EU programme Is the Job related to staff position within a Research Infrastructure? No Offer Description Help revolutionize healthcare! Develop innovative technologies
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Description Challenge: Uncovering the interdependency between telecommunications networks and urban infrastructures Change: Developing data analysis and modelling methods to understand the interdependency
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decisions? Do you have solid quantitative and analytical skills that you want to develop further in an international setting? Job description The energy transition requires the deployment of large amounts
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exploitation of PRIDE (Planetary Radio Interferometry and Doppler Experiment) observations by developing and applying open, reproducible analysis pipelines for deep-space mission tracking. You will be embedded
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the last decade, your challenge will be to demonstrate new functionalities and push the boundaries of circuit performance and knowledge. In this project, you will develop the cryogenic interface
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of the project is to develop and operate a tailored, near-real-time geodetic monitoring approach that provides reliable, transparent, and interpretable 3D surface displacement estimates. The research will focus