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-on-a-chip and neuromesodermal organoid models. Characterize the neurophysiological aberrations induced by DMPK repeat expansions by morphological and molecular characterization of the NMJ and
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and verification. You will translate new architectural concepts into integrated circuit implementations and evaluate their performance through measurements on fabricated silicon chips. You will
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faculties, universities, private parties, and the public sector, and has an extensive network in the Netherlands as well as internationally. Click here to go to the website of the Faculty of Architecture and
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companies and asset owners. International collaboration and industrial workshops are embedded in the project, providing you with excellent exposure and networking opportunities. Job requirements You are a
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-level circuit design, and detailed simulation and verification. The developed architectures will be implemented as integrated circuits and validated through measurements on fabricated silicon chips. With
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microfluidic chips and cannulated vessels, acquiring the data necessary to validate your models. Beyond this, you will be embedded in the ThromboRisk Doctoral Network with regular meetings, knowledge exchange
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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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management, and geo-information science. The faculty works closely with other faculties, universities, private parties, and the public sector, and has an extensive network in the Netherlands as
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spaceborne remote sensing. You will first identify large-scale drivers of compound extremes in models and observations, then build an emulator using advanced AI methods, such as convolutional neural networks
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future-proof. At the same time, we are developing the chips and sensors of the future, whilst also setting the foundations for the software technologies to run on this new generation of equipment – which