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proposal development and preparation of high-quality publications in top computer security, privacy, embedded systems, sensing, and networking venues. ● Pursue research topics such as protecting
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systems. Knowledge of underwater acoustic propagation, communication protocols, and sensor network design. Strong communication and technical writing skills, with demonstrated ability to work
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for soft and continuum robots, integrating advanced sensing technologies for shape and force estimation, and implementing sensor-based feedback control strategies. The project will also explore AI-based and
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areas: scientific programming and data analysis (e.g., Python, R, C++, MATLAB), computational modeling, imaging and sensor data processing, bioinformatics, systems biology, or biophysics Familiarity with
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to enable safe navigation, using the event camera as the primary sensor. The approach leverages prior information such as object detection, optical flow, and depth, while also integrating multimodal inputs
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retention tests. Microstructural analyses (micro-CT scan, MIP, XRD, ESEM). Experience with sensors acquisition and development. Saturated and unsaturated elasto-plastic models. PhD in a related field
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. Photothermal heating should therefore be minimized to enable practical applications of plasmonic sensors. In addition, such photothermal heating is not only detrimental in the area of biosensing, but equally
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the next generation of AI-driven smart vehicles, smart traffic sensors and controllers, real-time traffic safety and mobility applications, transportation infrastructure systems and network control, as
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, etc.) Smart Infrastructure (AI-driven material design, smart city, smart sensor network, etc.) Any other interdisciplinary areas between STEM and Arts, Business, and Social Sciences STEM Scholars and
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alarm protocols; experience in sensor deployment/SCADA and data processing. Ability to optimize regeneration systems and integrate them into service networks; knowledge of EU regulations on water reuse