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The Department of Electronic Systems at The Technical Faculty of IT and Design invites applications for one or more postdoc positions in the field of advanced antenna architectures for small
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join the Grand Solution project 'DRONES: Drone-Obtained Electromagnetic Signatures' to exploore innovative approaches such as drone-based radio testing for large objects and EM signiture characterization
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-critical water infrastructure that runs on aging software. When it fails, the impact can be severe: disruption, financial loss, and safety risks. The project delivers practical solutions to make critical
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understanding of the physical processes of the wave structure interaction. The postdoc position aims at developing a state-of-the-art methodology for accurate testing of such structures in our physical wave basin
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research project Tensions in Arctic Infrastructures (in short, Tensions), led by associate professor Mette Simonsen Abildgaard and funded by the Independent Research Found Denmark (DFF). Project description
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if you have worked with hardware-in-the-loop testing, co-simulation frameworks or real-time validation environments. Knowledge of energy market mechanisms and innovative business models for flexible energy
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particular focus will be on understanding and mitigating key aging mechanisms, such as lithium plating on the anode, through both modeling and laboratory experiments. You will work with small battery cell
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laboratories for testing: Oscillatory and capillary rheometers, Orthogonal rheometry (OSP), Dynamic mechanical analysis, micro/nano dynamic indenter, and AFM as well as a range of other instruments. What We
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publications in the most recognized power electronics or EMC journals. Hands-on experiences in experiment development and testing (e.g., hardware development, software implementation in various processor
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and maintenance prediction and integrate analytics into energy and battery management systems. • Collaborate with industrial partners on validation through hardware-in-the-loop testing and real-world