Project Partners are seeking to appoint fifteen high-calibre Early Stage Researchers (ESRs) to join the Marie Skłodowska-Curie Innovative Training Network on ‘Future Wireless Communications Empowered by Reconfigurable Intelligent Meta-Surfaces’ (MetaWireless).
Look at the job descriptions in the table and fill in the form to submit your application.
WARNING: SUBMISSION IS ACTIVE ONLY FOR THE POSITIONS WITH AN AVAILABLE JOB DESCRIPTION. DO NOT SUBMIT YOUR APPLICATION FOR POSITIONS WITHOUT THE JOB DESCRIPTION.
|AAL-1||Multi-function reconfigurable meta-surface structures for wireless networks||Job Description|
|AAL-2||Equivalent circuital models for meta-surface structures||Job Description|
|CNIT-1||Radio resource allocation in RIS-based wireless networks||Job Description|
|CNIT-2||Localization and sensing through meta-surface structures||Job Description|
|CNRS-1||Electromagnetic modeling of signal propagation in RIS-empowered wireless networks||Job Description|
|CNRS-2||Modeling and optimization of large-scale RIS-based wireless networks||Job Description|
|DEM-1||Large bandwidth and multi-band RIS designs for high frequencies bands|
|GRW-1||Integrated communication and sensing meta-surfaces for wireless networks||Job Description|
|KTH-1||Algorithms for channel estimation & low-feedback overhead in RIS-based wireless networks||Job Description|
|NEC-1||Scalable software-configurable large-scale intelligent radio environments|
|NOK-1||Ray-tracing module for RIS-based wireless networks||Job Description|
|TID-1||Real-time engine for orchestrating the control plane in RIS-based wireless networks|
|TUW-1||Open-access system-level simulator for RIS-based wireless networks||Job Description|
|UPF-1||Information-theoretic performance limits of RIS-based wireless networks||Job Description|
|WUP-1||Meta-surfaces for low-complexity transmitter design in RIS-based wireless networks||Job Description|
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