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decomposition, tracing intermediate outputs, problem solving and debugging. Recent advances in Large Language Models (LLMs) create opportunities for scaling the teaching assistance provided to novice programmers
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systems such as mobile manipulators, quadrupeds, and drones, and deploy them in complex real-world environments. We are looking for an enthusiastic and open team player to help us develop the next
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programming (Python and/or Matlab). Good interpersonal and communications skills. Prior experience in AI/machine learning is a plus. Affinity for biomedical imaging is a plus. Motivation for teaching and
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Delft requires English proficiency at a certain level to ensure that the candidate is able to communicate and interact well, participate in English-taught Doctoral Education courses, and write scientific
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main responsibilities will be to: Develop strategies to adapt the configuration of radars in a network and decide the best processing approaches as a function of the object behaviour and changes in
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be to: Develop strategies to adapt the configuration of radars in a network and decide the best processing approaches as a function of the object behaviour and changes in the environment, which should
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mooring/buoy data and ship-borne wind lidar, you will work closely together as a team to: Develop spatial maps of near-surface wind and wind stress from SAR, LES and wind lidar Quantify the influence
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in validating their active device up to sub-mm wave frequencies. The PhD student involved in this project will work on the most advanced node of FD-SOI technologies. The PhD student will: Develop state
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will develop numerical techniques and through that advance the general understanding and identification of the underlying principles and mechanisms. An MSc degree in physics, engineering or mathematics
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. To fully exploit its potential, there is a need for data science to enable precise monitoring and control of printing processes. In this project you will develop a data driven approach to model