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record. Strong skills using R, SAS, Python or a similar programming language. Experience in designing and executing study plans and building statistical models. Strong communication skills in English, both
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project will focus on one or more of the following directions: Design methods to enable individual clients to evaluate semantic queries to retrieve data and train models in a federated environment while
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intelligent networks, and this interest extends to NTN. The goal of this project is to address research and design challenges that include(but are not limited to): mapping of 3D 6G network functional elements
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for a student/part-time assistant who will help us design, coordinate and deliver on activities that are part of the programme “Technology Leaving no one Behind” – a flagship initiative anchored at DTU
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of the world’s strongest research groups in advanced numerical design of wind turbine rotors. DTU Wind and Energy Systems, section for Aero- and Fluid-Dynamics (AFD), invites applicants for a position as Tenure
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a leading technical university globally recognized for the excellence of its research, education, innovation and scientific advice. We offer a rewarding and challenging job in an international
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Description DTU Electro invites applications for a 3-year PhD position on “Optical Communication Systems using Data Distribution”, starting on 1 August 2024. This PhD project is part of the IFD (Innovation Fund
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the statistical design of experiments, the analysis of the fermented materials by physico-chemical methods(LC-MS, NMR) and specific functional assays, as well as the assessment of the beneficial effect
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the optimal sensor geometry and material properties for the given measurement scheme using novel topology optimization tools. The numerical designs will be experimentally realized using high-mobility graphene
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: design fNIRS experiments designed to assess neural responses to auditory and visual stimuli, and record and analyse the fNIRS responses to objectively assess cross-model plasticity and hearing device