40 senior-lecturer-distributed-computing Postdoctoral positions at Technical University of Denmark in Denmark
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Collaborative Research Programme, this Postdoc position will seek to address this by developing refined DL methods specifically tailored to immune-receptors (IR) and able to integrate prior sequence to function
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. Co-supervising PhD & MSc students, particularly those working in electrophysiology and computational modelling. Developing an online tinnitus test battery and database Stratify tinnitus phenotypes
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reforming funded by the Villum Power-to-X Accelerator program (https://vpx.dtu.dk ). The postdoc is fully funded over two-year period. Are you ready to take on the grand challenges using all your skills and
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skills to answer fundamental clinical questions and develop the next generation experimental and computational workflows. Our mission Our mission in the Cell Diversity Lab is to unravel fundamental
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Job Description We are seeking a candidate to help develop the electrochemical sensor system that we work with in our group. The work involves all steps of sensor development (concept development, fabrication and testing). You will be involved in a highly interdisciplinary project in a...
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Job Description We are looking for a key team member for our work on low loss active photonic integrated circuits. We will explore some new ideas to functionalize low loss SiNx by microtransfer printing and make more efficient, lower noise and higher power PICs. You will get to work in our large...
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Job Description DTU Department of Wind and Energy Systems inaugurated Risø HPP in October 2024. Risø HPP is a Hybrid Power Plant facility based on two 225kW wind turbines, two 185kW PV systems and a 1155kWh / 250kW battery system. The facility is located on DTU’s Risø campus. We are right now...
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-based simulation for process optimization. Developing advanced numerical models for the coupled heat and mass transfer in the float zone process including 3D computational fluid dynamics (CFD) models
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in electron microscopy, microfabricated nanoreactors, nanoparticle synthesis and computational modelling. The radical new, interdisciplinary approach aims at relating the atomic-scale structure
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the benefits (society, economic and environmental) of developed bio-based technologies. We aim to develop computational tools that provides insights to guide the research community in DTU and beyond to assess